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[null,null,null,null,null,null,null,null,null,null,null,null,"Example and Worksheet Checklist"]
[null,null,null,null,null,null,"\t\nAdvanced Calibration:\nPerformance Weighting SMEs"]
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[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Worksheet: Weighting SME Forecasts"]
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[null,null,null,null,null,"Hubbard Decision Research"]
[null,null,null,null,null,"2S410 Canterbury Ct"]
[null,null,null,null,null,"Glen Ellyn, IL 60137"]
[null,null,null,null,null,"www.hubbardresearch.com"]

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["Forecasts Table"]
["Introduction: On this table, you will list all of the forecasts that your forecasters will be making. Note the type of forecast, whether it is trivia, and the expected date of the known outcome (not applicable for trivia questions). Once the outcome is known, fill out the outcome column and the date when the outcome was identified. For range type questions, the outcome should be a number. For binary type questions, the outcome will be a 1 or 0 (occured or did not occur)."]
["Forecast ID","Statement/Question","Type","Trivia","Expected Date of Known Outcome","Outcome","Actual Date of Known Outcome","Max","Min","U","L","Aggregate SME forcast LB","Aggregate SME UB forcast","Aggregate SME Binary","Outcome Quantile"]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10001},"In 1938, a British steam locomotive set a new speed record by going how fast (in km/h)?","Range","Yes",null,203,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2500},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2525},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-25},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":89.613272896780146},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":453.98069178090981},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10002},"In what year did Newton publish the universal laws of gravitation?","Range","Yes",null,1685,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1950},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1400},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1955.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1394.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1423.2132030542282},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1800.0962230852415},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10003},"How many centimeters long is a typical business card?","Range","Yes",null,8.9,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":10},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":10.08},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1.92},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":4.9977794663734763},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":9.7708286809251135},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10004},"The Internet (then \"Arpanet\") was established as a military communications system in what year?","Range","Yes",null,1969,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1840},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2001.6},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1838.4},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1853.8465022564374},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1934.6352388294515},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10005},"What year was William Shakespeare born?","Range","Yes",null,1564,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1990},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1500},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1994.9},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1495.1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1883.1697498065082},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1959.3079652058611},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10006},"What is the air distance between New York and Los Angeles (in km)?","Range","Yes",null,3944,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":25000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":120},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":25248.799999999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-128.80000000000001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":942.1890468127325},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":2769.3483263535113},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10007},"What percentage of a square's area could be covered by a circle of the same width?","Range","Yes",null,0.78539816339744795,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1.008},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.192},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":0.71131053033111913},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":0.81160660148030839},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10008},"How old was Charlie Chaplin when he died?","Range","Yes",null,88,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1950},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":30},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1969.2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":10.8},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":47.69348326862162},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":67.715688605208229},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10009},"How much does Doug Hubbard's book How to Measure Anything weigh (in kg)?","Range","Yes",null,0.56000000000000005,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":200},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.3},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":201.99700000000001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1.6969999999999998},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1.8268632084066938},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":3.6547626657023411},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10010},"The TV show Gilligan's Island first aired in what year?","Range","Yes",null,1964,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2014},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1800},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2016.14},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1797.86},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1951.1606601489993},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1978.3063811548777},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10011},"The ancient Romans were conquered by the ancient Greeks.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.75401770051135186},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10012},"There is no species of three-humped camel.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.28623531577960004},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10013},"A gallon of oil weighs less than a gallon of water.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.98850442516626846},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10014},"Mars is always further away from Earth than Venus.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":5.7662918553804426E-2},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10015},"The Boston Red Sox (known then as the Boston Americans) won the first World Series in 1903.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.50000000014241563},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10016},"Napoleon Bonaparte was born on the island of Corsica.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.48854143424989044},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10017},"\"M\" is one of the five most commonly used letters.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.64270717023446344},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10018},"In 2002, the price of the average new desktop computer purchased was under $1,500.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.79985196420620497},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10019},"The movie Titanic still holds the record for the first six weeks of box office receipts.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.46562430217448625},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10020},"A kilogram weighs more than a pound.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.28579120906274219},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10021},"How many countries are in NATO?","Range","Yes",null,26,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":700},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":706.98},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-4.9800000000000004},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":9.4211502850548232},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":122.99114959875335},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10022},"What is the average Fahrenheit temperature in Boston, MA in April?","Range","Yes",null,48.3,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":8000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":-48},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":8080.48},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-128.48000000000002},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":36.532823108200034},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":188.68946960568064},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10023},"On behalf of the US, President Grover Cleveland accepted the Statue of Liberty as a gift from France in what year?","Range","Yes",null,1886,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2050},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1730},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2053.1999999999998},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1726.8},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1811.4585659083587},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1982.2695078165862},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10024},"What were the total number of gold medals won by the USA in the 2008 Bejing Summer Olympics?","Range","Yes",null,36,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1580},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1595.79},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-14.790000000000001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1.4583426403607458},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":30.024132297653239},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10025},"What is the percentage of Americans without healthcare insurance?","Range","Yes",null,0.153,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.9},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.02},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.90880000000000005},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1.12E-2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":2.9189058093330944E-2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":0.53452373319330859},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10026},"The Earth is 93 million miles from the sun.  How far is Venus from the sun (in millions of miles)?","Range","Yes",null,67.2,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":875900000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":10},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":884658999999.90002},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-8758999989.8999996},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":18.84679014411801},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":108.34552143858586},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10027},"What year did Gunsmoke premier on television?","Range","Yes",null,1955,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2014},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1800},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2016.14},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1797.86},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1926.5846355670092},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":2004.2678440208051},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10028},"How many billions of dollars did Microsoft earn in revenue in 2008?","Range","Yes",null,51.1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":100000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":100999999.98999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-999998.99},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1.8846741965945513},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":300.44717646128385},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10029},"How many stories tall is the Empire State Building?","Range","Yes",null,102,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":950},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":959.48},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-7.48},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":2.9300085021022566},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":282.64191017755758},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10030},"What is the weekly food expense (in dollars) for the average US household with children under 18 (per person)?","Range","Yes",null,31.25,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":100000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":10},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":100999.9},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-989.9},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":71.956798539514693},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1781.176983305493},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10031},"The percentage of households which own their homes is higher in North Carolina than New York.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.51145856600485951},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10032},"In high humidity, baseballs tend to be hit further than in low humidity.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.40007401796601588},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10033},"Alpha Centauri is closer than Andromeda.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.49999999989318833},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10034},"When Churchill said \"Never in the field of human conflict was so much owed by so many to so few,\" he was referring to the soldiers of D-Day.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.51145856576791171},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10035},"The US has competed in the soccer World Cup","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.48861545206914664},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10036},"Adjusted for inflation, Hurricane Andrew was more costly than Hurricane Katrina","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.49999999985758442},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10037},"Nuclear fusion involves splitting helium into hydrogen.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.61138454789259555},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10038},"In 2012 Sam's club (Walmart subsidiary) sales were greater than Amazon.com sales","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.48854143416088069},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10039},"President John Adams was a lawyer.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.50000000016021751},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10040},"The Yangtze River is the longest river in Asia.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.52291713199867385},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10041},"What year was the first Presidential radio broadcast from the White House?","Range","Yes",null,1924,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2013},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1300},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2020.13},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1292.8699999999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1788.5414341258113},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1994.2485116846892},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10042},"What is the population of the metropolitan area of Kansas City, MO?","Range","Yes",null,1985429,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":100000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":10},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":100999999.90000001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-999989.9},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":6621.3596153703675},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":44808856.965901636},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10043},"What year did South Dakota become a state?","Range","Yes",null,1889,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2013},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1200},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2021.13},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1191.8699999999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1788.541434089148},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1999.9851964077197},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10044},"As of 2008, what was the population of China (in billions)?","Range","Yes",null,1.33,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":200000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.01},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":201999999.99990001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1999999.9899000002},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1.0000000051059668},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":796.93384995656731},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10045},"In the US, how many dentists are there per 100,000 residents, on average?","Range","Yes",null,28,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":100000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":100999.99},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-998.99},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1.0000000067661277},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":358.13650161342616},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10046},"Of all US energy needs (electricity, heat, transportation, etc.) what percentage is supplied by coal?","Range","Yes",null,0.23,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":5.0000000000000001E-4},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1.009995},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-9.495E-3},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":2.0379325375997355E-2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":0.91145856573537753},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10047},"How many miles to the gallon does an M-1 Abrams tank get?","Range","Yes",null,0.3,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":100000000000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":101000000000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-999999999999.89905},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":0.99999999971392428},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":21909.927055643788},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10048},"The singer Madonna was born in what year?","Range","Yes",null,1958,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2013},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1700},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2016.13},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1696.87},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":1727.6782009595206},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":1997.6860814677566},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10049},"What percentage of US citizens over the age of 68 use personal computers (directly, not as a part of some other product or service)?","Range","Yes",null,0.24,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":5.0000000000000001E-3},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1.0099499999999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-4.9500000000000004E-3},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":2.9159450995677835E-2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":0.96816210853596374},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10050},"In the standard configuration, the Airbus A380 seats how many passengers?","Range","Yes",null,555,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":100000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":101000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1000000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":20.379325500347878},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":7135.2813432389812},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":""},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10051},"The USS Enterprise was an active US nuclear-powered aircraft carrier in 2009.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.59992598217591453},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10052},"Prior to 2008, there were fewer than 30 times when the Dow Jones Industrial average fell more than 5% in a single day.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.5},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10053},"The capital of Wisconsin is Madison.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.49992598239260772},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10054},"Germany is more populous than Mexico.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.38861545173573897},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10055},"There are more electrical engineers in the US than actuaries.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.58846741630119126},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10056},"Titan is a moon of Mars.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.67693483242408559},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10057},"The first passenger carrying hot-air balloon was heated with natural gas.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.51145856576805038},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10058},"There were more Medal of Honor winners in the Civil War than any other war in US history.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.50000000000013867},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10059},"Aluminum is the lightest metal.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.78839339824261068},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10060},"O’Hare International Airport is no longer the world’s busiest airport.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P5 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[P95 weighted]),\"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Binary\",SUMIF(AssignmentTable[Forecast ID],Forecasts[[#This Row],[Forecast ID]],AssignmentTable[Probability of Occurance Weighted]),\"\")","v":0.61138454815744947},{"$f":"IF(ISBLANK(Forecasts[[#This Row],[Outcome]]), \"\", IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME forcast LB]], 1, IF(Forecasts[[#This Row],[Outcome]]<Forecasts[[#This Row],[Aggregate SME UB forcast]], 2,3)))","v":1}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10061},"How many feet tall is Hoover Dam?","Range","Yes",null,738,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":738},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":745.38},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-7.38}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10062},"How many inches long is a 20 dollar bill?","Range","Yes",null,6.1875,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":6.1875},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":6.2493749999999997},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-6.1874999999999999E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10063},"What percentage of alumninum is recycled in the US?","Range","Yes",null,0.45,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.45},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.45450000000000002},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-4.5000000000000005E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10064},"What year was Elvis Presley born?","Range","Yes",null,1935,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1935},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1954.35},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-19.350000000000001}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10065},"What percentage of the atmosphere is oxygen by volume?","Range","Yes",null,0.21,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.21},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.21209999999999998},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2.0999999999999999E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10066},"What is the latitude of New Orleans?  Hint:  Latitude is 0° at the equator and 90° at the North Pole.","Range","Yes",null,31,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":31},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":31.31},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.31}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10067},"In 1913, the US military owned how many airplanes?","Range","Yes",null,23,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":23},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":23.23},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.23}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10068},"The first European printing press was invented in what year?","Range","Yes",null,1450,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1450},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1464.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-14.5}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10069},"What percentage of all electricity consumed in US households was used by kitchen appliances in 2001?","Range","Yes",null,0.26700000000000002,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.26700000000000002},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.26967000000000002},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2.6700000000000001E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10070},"The peak of Mt. Everest is how many miles above sea level?","Range","Yes",null,5.5,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":5.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":5.5549999999999997},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-5.5E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10071},"How long is Iraq's border with Iran (in km)?","Range","Yes",null,1458,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1458},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1472.58},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-14.58}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10072},"How many miles long is the Nile River?","Range","Yes",null,4160,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":4160},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":4201.6000000000004},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-41.6}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10073},"In what year was Harvard University founded?","Range","Yes",null,1636,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1636},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1652.36},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-16.36}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10074},"What is the wingspan (in feet) of a Boeing 747 jumbo jet?","Range","Yes",null,196,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":196},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":197.96},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1.96}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10075},"How many soldiers were in a Roman legion?","Range","Yes",null,6000,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":6000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":6060},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-60}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10076},"What is the average temperature of the abyssal zone (where the oceans are more than 6,500 feet deep) in °F?","Range","Yes",null,39,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":39},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":39.39},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.39}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10077},"How many feet long is the Space Shuttle Orbiter (exluding the external tank)?","Range","Yes",null,122,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":122},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":123.22},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1.22}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10078},"What year did Jules Verne publish 20,000 Leagues Under the Sea?","Range","Yes",null,1870,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1870},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1888.7},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-18.7}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10079},"How wide is the goal in field hockey (in feet)?","Range","Yes",null,12,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":12},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":12.12},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.12}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10080},"The Roman Colosseum held how many spectators?","Range","Yes",null,50000,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":50000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":50500},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-500}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10081},"The first probe to land on Mars, Viking 1, landed there in what year?","Range","Yes",null,1976,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1976},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1995.76},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-19.760000000000002}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10082},"How old was the youngest person to fly into space?","Range","Yes",null,26,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":26},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":26.26},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.26}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10083},"How many meters tall is the Willis (formerly Sears) Tower in Chicago (excluding antenna)?","Range","Yes",null,443,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":443},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":447.43},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-4.43}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10084},"What was the maximum altitude of the Breitling Orbiter 3, the first balloon to circumnavigate the globe, in miles? ","Range","Yes",null,6.9,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":6.9},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":6.9690000000000003},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-6.9000000000000006E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10085},"On average, what percentage of the total software development project effort is spent in design?","Range","Yes",null,0.2,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.20200000000000001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10086},"How many people were permanently evacuated after the Chernobyl nuclear power plant accident?","Range","Yes",null,135000,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":135000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":136350},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1350}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10087},"How many feet long were the largest airships?","Range","Yes",null,803,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":803},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":811.03},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-8.0299999999999994}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10088},"How many miles is the flying distance from San Francisco to Honolulu?","Range","Yes",null,2394,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2394},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2417.94},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-23.94}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10089},"The fastest bird, the falcon, can fly at a speed of how many miles per hour in a dive?","Range","Yes",null,150,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":150},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":151.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1.5}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10090},"What year was the double helix structure of DNA discovered?","Range","Yes",null,1953,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1953},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1972.53},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-19.53}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10091},"How many yards wide is a football field?","Range","Yes",null,53.3,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":53.3},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":53.832999999999998},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.53300000000000003}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10092},"What was the percentage growth in Internet hosts from 1996 to 1997?","Range","Yes",null,0.7,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.7},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.70699999999999996},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-6.9999999999999993E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10093},"How many calories are in 8 ounces of orange juice? ","Range","Yes",null,120,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":120},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":121.2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1.2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10094},"How fast would you have to travel at sea level to break the sound barrier (in mph)?","Range","Yes",null,760,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":760},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":767.6},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-7.6000000000000005}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10095},"How many years was Nelson Mandela in prison?","Range","Yes",null,26,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":26},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":26.26},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.26}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10096},"What is the average daily calorie intake in developed countries (per person)?","Range","Yes",null,3300,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":3300},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":3333},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-33}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10097},"In 1994, how many nations were members of the United Nations?","Range","Yes",null,184,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":184},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":185.84},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1.84}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10098},"The Audubon Society was formed in the US in what year?","Range","Yes",null,1905,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1905},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1924.05},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-19.05}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10099},"How many feet high is the world’s highest waterfall (Angel Falls, Venezuela)?","Range","Yes",null,3212,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":3212},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":3244.12},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-32.119999999999997}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10100},"How deep beneath the sea was the Titanic found (in miles)?","Range","Yes",null,2.5,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2.5249999999999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2.5000000000000001E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10101},"What is the high school graduation rate in New Hampshire?","Range","Yes",null,0.71,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.71},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.71709999999999996},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-7.0999999999999995E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10102},"How many countries have at least one McDonald’s restaurant?","Range","Yes",null,120,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":120},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":121.2},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1.2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10103},"How many employees did eBay have in the first quarter of 2006?","Range","Yes",null,11600,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":11600},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":11716},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-116}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10104},"According to the Auto Affordability Index, what was the average price of a new car in 2008?","Range","Yes",null,28715,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":28715},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":29002.15},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-287.15000000000003}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10105},"How many casualties did the French suffer in the Battle of Waterloo?","Range","Yes",null,37000,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":37000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":37370},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-370}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10106},"What is the range in miles of a Minuteman Missile?","Range","Yes",null,5000,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":5000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":5050},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-50}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10107},"What is the percentage of IT jobs in the US were unfilled in 1997?","Range","Yes",null,0.1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.10100000000000001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10108},"The Supremes’ (with Diana Ross) song Stop! In the Name of Love was how long (in minutes)?","Range","Yes",null,2.8666666666666667,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2.8666666666666667},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2.8953333333333333},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2.8666666666666667E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10109},"How many undergraduates attended the University of Cambridge in 1990?","Range","Yes",null,10000,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":10000},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":10100},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-100}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10110},"If you could jump 50 feet straight up into the air, how many seconds would you be airborne before you landed?","Range","Yes",null,3.5249999999999999,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":3.5249999999999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":3.5602499999999999},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-3.5249999999999997E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10111},"How many gallons are in a bushel (both are measures of volume)?","Range","Yes",null,8,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":8},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":8.08},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.08}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10112},"How many monarchs has England had in the last thousand years?","Range","Yes",null,47,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":47},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":47.47},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.47000000000000003}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10113},"If the air temperature is -5°F, and the wind speed is 15 mph, what would wind chill be (in °F)?","Range","Yes",null,-25,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":-25},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.25},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-25.25}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10114},"The average cost of testing in software development is what percentage of total project costs? ","Range","Yes",null,0.25,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.25},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.2525},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2.5000000000000001E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10115},"If a software development project was projected to take 17 months, how long does it actually take (in months)?","Range","Yes",null,33,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":33},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":33.33},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.33}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10116},"The 2008 Ford Taurus SEL has how much horse power?","Range","Yes",null,263,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":263},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":265.63},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2.63}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10117},"How many gold medals did Jesse Owens win at the 1936 Berlin Olympics?","Range","Yes",null,4,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":4},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":4.04},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.04}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10118},"In 2005, the average fuel economy for all US cars and light trucks on the road was how much (in miles per gal)?","Range","Yes",null,19.8,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":19.8},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":19.998000000000001},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.19800000000000001}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10119},"The average house in the United States uses how many gallons of water per day?","Range","Yes",null,350,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":350},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":353.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-3.5}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10120},"What was the average price in the United States of a house sold in 2001?","Range","Yes",null,179500,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":179500},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":181295},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-1795}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10121},"The Airbus A380 seats 525 people in standard three-class configuration.  How many could it seat if all seats were economy class?","Range","Yes",null,853,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":853},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":861.53},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-8.5299999999999994}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10122},"New development is what percentage of US software costs?","Range","Yes",null,0.41,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0.41},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":0.41409999999999997},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-4.0999999999999995E-3}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10123},"Human hair on the head grows at an average rate of how many inches per year?","Range","Yes",null,7.1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":7.1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":7.1709999999999994},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-7.0999999999999994E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10124},"California became a state in what year?","Range","Yes",null,1850,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1850},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1868.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-18.5}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10125},"How many grams does the average business card weigh?","Range","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1.01},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.01}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10126},"What is the average age of a woman giving birth to her first child in Australia?","Range","Yes",null,26.3,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":26.3},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":26.563000000000002},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.26300000000000001}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10127},"What is the average number of defects per thousand lines of code for US commercial software?","Range","Yes",null,50,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":50},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":50.5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.5}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10128},"What was the total number of pages in the Greater Dallas Yellow Pages in 1998?","Range","Yes",null,2258,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2258},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2280.58},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-22.580000000000002}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10129},"The largest meteorite ever found on Earth weighed how many tons?","Range","Yes",null,60,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":60},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":60.6},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.6}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10130},"Gone With The Wind won the Oscar for Best Picture in what year?","Range","Yes",null,1939,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1939},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1958.39},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-19.39}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10131},"What is the road mileage from Seattle to Atlanta?","Range","Yes",null,2756,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2756},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2783.56},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-27.560000000000002}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10132},"How many letters are in the Greek alphabet?","Range","Yes",null,24,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":24},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":24.24},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.24}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10133},"What year did Walt Disney create Mickey Mouse?","Range","Yes",null,1928,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1928},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1947.28},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-19.28}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10134},"How many 20th century earthquakes world-wide measured above 8.0 on the Richter scale?","Range","Yes",null,7,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":7},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":7.07},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-7.0000000000000007E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10135},"How many plays did William Shakespeare write?","Range","Yes",null,37,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":37},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":37.369999999999997},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.37}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10136},"How many of the elements in the Periodic Table were discovered in the 20th century?","Range","Yes",null,29,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":29},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":29.29},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.28999999999999998}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10137},"What year was Mozart born?","Range","Yes",null,1756,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1756},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1773.56},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-17.559999999999999}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10138},"The given name “Matthew” was the __th most common name for boys in the US in 2006.  (The highest rank is the lower bound)","Range","Yes",null,5,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":5},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":5.05},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-0.05}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10139},"The average US home has how many television sets?","Range","Yes",null,2.7,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":2.7},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":2.7270000000000003},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-2.7000000000000003E-2}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10140},"Construction of Hoover Dam began in what year?","Range","Yes",null,1931,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":1931},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":0},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":1950.31},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":-19.309999999999999}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10141},"The Lincoln Highway was the first paved road in the United States and it ran from Chicago to San Francisco.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10142},"Gold is denser than iron.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10143},"More American homes have microwaves than telephones.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10144},"\"Doric\" is an architectural term for the shape of a roof.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10145},"The World Tourism Organization predicts that Europe will still be the most popular tourist destination in 2020.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10146},"Germany was the second country to develop atomic weapons.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10147},"A hockey puck will fit in a golf hole.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10148},"The Sioux were one of the Plains Indian tribes.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10149},"To a physicist, \"plasma\" is a type of rock.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10150},"The Hundred Years’ War was actually over a century long.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10151},"Most of the freshwater on Earth is in the polar ice caps.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10152},"The Academy Awards (Oscars) began over a century ago.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10153},"There are fewer than 200 billionaires in the world.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10154},"In Microsoft Excel, the \"^\" symbol means \"raise to the power of.\"","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10155},"The average annual salary of airline captains is over $150,000.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10156},"By 1997, Bill Gates was worth more than $10 billion.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10157},"Cannons were used in European warfare by the 11th century.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10158},"Anchorage is the capital of Alaska.\n\n","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10159},"Washington, Jefferson, Lincoln, and Grant are the four presidents' heads sculpted into Mount Rushmore.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10160},"John Wiley & Sons is not the world's largest book publisher.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10161},"Jupiter's \"Great Red Spot\" is larger than the Earth.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10162},"The Brooklyn Dodgers’ team nickname was shortened from the original “Trolley Dodgers.” ","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10163},"\"Hypersonic\" is faster than \"subsonic.\"","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10164},"A \"polygon\" is 3-dimensional, whereas a polyhedron is 2-dimensional.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10165},"A one watt electric motor produces one horse power.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10166},"Chicago is more populous than Boston.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10167},"In 2005, Walmart sales dropped below $100 billion.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10168},"Post-it Notes were invented by 3M.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10169},"Alfred Nobel, who endowed the Nobel Prize, made his fortune in oil and explosives.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10170},"A BTU is a measure of heat.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10171},"The winner of the first Indianapolis 500 clocked an average speed of under 100 mph.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10172},"Microsoft has more employees than IBM.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10173},"Romania borders Hungary.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10174},"Idaho is larger in area than Iraq.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10175},"Casablanca is on the African continent.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10176},"The first manmade plastic was invented in the 19th century.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10177},"A chamois is an Alpine animal.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10178},"The base of pyramid is in the shape of a square.\n\n","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10179},"Stonehenge is located on the largest British Island (Great Britain).","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10180},"Computer processors double in power every 3 months or less.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10181},"The melting point of tin is higher than the melting point of aluminum.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10182},"In English, the word “quality” is more frequently used that the word “speed.”","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10183},"Any male pig is referred to as a hog.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10184},"California’s giant sequoia trees are named for an early 19th century leader of the Cherokee Indians.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10185},"The Model T was the first car produced by Henry Ford.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10186},"When rolling two dice, a roll of 7 is more likely than a 3.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10187},"No one has ever been reported to have been hit by any object that fell from space.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10188},"Sir Christopher Wren was a British anthropologist.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10189},"Pakistan does not border Russia.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10190},"Navy won the first Army-Navy football game.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10191},"The paperback version of The DaVinci Code, as of July 2007, still ranks in the top 500 bestselling books on Amazon.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10192},"Italian has more words than any other language.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10193},"The month of August is named after a Greek god.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10194},"The deepest ocean trench is deeper than the Grand Canyon.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10195},"Abraham Lincoln was the first president born in a log cabin.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10196},"In July 2007, more people searched Google for “Harry Potter” than “Hillary Clinton” (according to GoogleTrends).","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10197},"The population of Alabama is higher than the population of Arizona.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10198},"No category 5 hurricane hit the US in 2004.\n\n","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10199},"The UK is among the top 10 largest economies in the world (by GDP).","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10200},"The movie Forrest Gump has grossed more to date than E.T. The Extra-Terrestrial.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10201},"A temperature of 28 °F is colder than -15 °C.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10202},"Alveoli are in the lungs.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10203},"The Berlin Wall, running through Berlin and separating East and West Germany, was actually less than 2 miles long.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10204},"Another name for aspirin is nitric acid.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10205},"Crop rotation refers to changing the direction of the planting rows.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10206},"America Online (AOL) purchased Netscape.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10207},"The “bulge” in the Battle of the Bulge was a break in the Allied Lines caused by a German advance.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10208},"Former President Bill Clinton is taller than former President Jimmy Carter.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10209},"The TV series “Friends” never had a year when it was #1 in the Nielsen ratings.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10210},"A Google search on “CNN” generates more hits than a search on “weather.”","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10211},"Amazon lists more books under the category “Mystery & Thrillers” than the category “Business & Investing.”","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10212},"A pentagon has more sides than a hexagon.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10213},"In the English Language, the word “strategy” is used more often than the word “celebrate.”","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10214},"The Ford Taurus has sold more cars to date than the Honda Civic.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10215},"The world record long jump is longer than the world record pole vault is high.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10216},"In the United States, more electricity is generated from coal than nuclear power.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10217},"Changing altitude requires changing the “yaw” of an aircraft.","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10218},"“Quixotic” is the proper spelling of an actual word in English.\n\n","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10219},"Francis Scott Key wrote the lyrics, but not the music, for the American National Anthem.","Binary","Yes",null,1,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]
[{"$f":"10000+ROW(Forecasts[#This Row])-3","v":10220},"In July 2007, more people searched Google for “economy” than “virus” (according to GoogleTrends).","Binary","Yes",null,0,null,{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MAX(Forecasts[[#This Row],[Outcome]], _xlfn.MAXIFS(AssignmentTable[P95], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", MIN(Forecasts[[#This Row],[Outcome]], _xlfn.MINIFS(AssignmentTable[P5], AssignmentTable[Forecast ID], Forecasts[[#This Row],[Forecast ID]])), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Max]]+0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""},{"$f":"IF(Forecasts[[#This Row],[Type]]=\"Range\", Forecasts[[#This Row],[Min]]-0.01*(Forecasts[[#This Row],[Max]]-Forecasts[[#This Row],[Min]]), \"\")","v":""}]

{"sheet":"Forecasters","index":2,"n_rows":16,"n_cols":25,"rows_kept":16,"cut":false,"hidden":false,"merged":[[1,0,1,17]]}
["Forecasters Table",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Use Cooke",1,0,"<- For data validation"]
["Introduction: In this table, you will list the individuals that are making Forecasts. The Forecaster ID is populated automatically for you. Simply fill in the name, state date of forecasts, and whether to include them in a subgroup as a deicion-maker. The state date of forecasts value should be the date at which you want to start considering that Forecaster's Forecasts. For example, you might choose to compute performance weights based only on Forecasts made within the last twelve months. If left blank, the performance weights will be computed based on all Forecasts provided by a Forecaster. Performance weights are calculated for each Forecaster based on their Forecasts on both range and binary type questions. The weights are normalized within the subgroup identified so that the sum of all weights is equal to 1.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Use Cooke",null,null,"Use Brier",0,1]
["Forecaster ID","Name","Start Date of Forecasts","Include in Subgroup for Normalization","Num in Quantile 1","Num in Quantile 2","Num in Quantile 3","Total Num Forecasts","Exp in Quantile 1","Exp in Quantile 2","Exp in Quantile 3","Range Cal Score","Range Info Score","Range Raw Weight","Binary Raw Weight","Range Wt Normalized on [0,1]","Binary Wt Normalized on [0,1]","Total Wt","Total Wt Normalized across Subgroup",null,null,"Use Cooke and Brier",0.5,0.5]
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[]
["Ranges","Quantile 1","Quantile 2","Quantile 3"]
["Aggregate SME",{"$f":"COUNTIFS(Forecasts[Outcome Quantile],1,Forecasts[Type],\"RANGE\")","v":4},{"$f":"COUNTIFS(Forecasts[Outcome Quantile],2,Forecasts[Type],\"RANGE\")","v":22},{"$f":"COUNTIFS(Forecasts[Outcome Quantile],3,Forecasts[Type],\"RANGE\")","v":4}]

{"sheet":"Assignment Table","index":3,"n_rows":603,"n_cols":16,"rows_kept":603,"cut":false,"hidden":false,"merged":[[1,0,1,15]]}
["Assignment Table - Forecasters Making Forecasts"]
["Introduction: This is where Forecasters make specific Forecasts. For range type questions, a Forecaster will provide a 90% confidence interval by filling out the P5 and P95 columns. For binary type questions, a Forecaster will fill out the probability of occurrence. It as assumed that each Forecaster will answer each Forecast. If a Forecaster decides to update a previous Forecast before the outcome is known, they can simply add a new row with their Forecaster ID, the Forecast ID, and an updated Date of Forecast."]
["Forecaster ID","Forecast ID","Date of Forecast","P5","P95","Probability of Occurrence","Type","Outcome","Outcome Quantile","U","L","Range Info Score","Brier","P5 weighted","P95 weighted","Probability of Occurance Weighted"]
[20001,10001,42737.501669019519,200,2500,null,{"$f":"IFERROR(INDEX(Forecasts[Type], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":"Range"},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Forecast ID]]), \"\", INDEX(Forecasts[Outcome], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)))","v":203},{"$f":"IF(OR(COUNTBLANK(AssignmentTable[[#This Row],[P5]:[P95]])>0, ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P5]], 1, IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P95]], 2,3)))","v":2},{"$f":"IFERROR(INDEX(Forecasts[U], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":2525},{"$f":"IFERROR(INDEX(Forecasts[L], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":-25},{"$f":"IFERROR(LN((AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[L]])/((AssignmentTable[[#This Row],[P5]]-AssignmentTable[[#This Row],[L]])^0.05*(AssignmentTable[[#This Row],[P95]]-AssignmentTable[[#This Row],[P5]])^0.9*(AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[P95]])^0.05)),\"\")","v":0.44550186507332357},{"$f":"IF(OR(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]), ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", 1-(IF(AssignmentTable[[#This Row],[Outcome]]=1, 1, 0)-AssignmentTable[[#This Row],[Probability of Occurrence]])^2)","v":""},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P5]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P5]])","v":1.2140469004601384E-19},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P95]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P95]])","v":1.5175586255751729E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[Probability of Occurrence]])","v":""}]
[20001,10002,42738.822164101221,1829,1900,null,{"$f":"IFERROR(INDEX(Forecasts[Type], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":"Range"},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Forecast ID]]), \"\", INDEX(Forecasts[Outcome], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)))","v":1685},{"$f":"IF(OR(COUNTBLANK(AssignmentTable[[#This Row],[P5]:[P95]])>0, ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P5]], 1, IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P95]], 2,3)))","v":1},{"$f":"IFERROR(INDEX(Forecasts[U], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":1955.5},{"$f":"IFERROR(INDEX(Forecasts[L], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":1394.5},{"$f":"IFERROR(LN((AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[L]])/((AssignmentTable[[#This Row],[P5]]-AssignmentTable[[#This Row],[L]])^0.05*(AssignmentTable[[#This Row],[P95]]-AssignmentTable[[#This Row],[P5]])^0.9*(AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[P95]])^0.05)),\"\")","v":1.9887800679126206},{"$f":"IF(OR(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]), ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", 1-(IF(AssignmentTable[[#This Row],[Outcome]]=1, 1, 0)-AssignmentTable[[#This Row],[Probability of Occurrence]])^2)","v":""},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P5]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P5]])","v":1.1102458904707965E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P95]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P95]])","v":1.1533445554371315E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[Probability of Occurrence]])","v":""}]
[20001,10003,42738.972914814673,4,10,null,{"$f":"IFERROR(INDEX(Forecasts[Type], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":"Range"},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Forecast ID]]), \"\", INDEX(Forecasts[Outcome], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)))","v":8.9},{"$f":"IF(OR(COUNTBLANK(AssignmentTable[[#This Row],[P5]:[P95]])>0, ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P5]], 1, IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P95]], 2,3)))","v":2},{"$f":"IFERROR(INDEX(Forecasts[U], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":10.08},{"$f":"IFERROR(INDEX(Forecasts[L], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":1.92},{"$f":"IFERROR(LN((AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[L]])/((AssignmentTable[[#This Row],[P5]]-AssignmentTable[[#This Row],[L]])^0.05*(AssignmentTable[[#This Row],[P95]]-AssignmentTable[[#This Row],[P5]])^0.9*(AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[P95]])^0.05)),\"\")","v":0.57632868420051753},{"$f":"IF(OR(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]), ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", 1-(IF(AssignmentTable[[#This Row],[Outcome]]=1, 1, 0)-AssignmentTable[[#This Row],[Probability of Occurrence]])^2)","v":""},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P5]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P5]])","v":2.4280938009202768E-21},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P95]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P95]])","v":6.0702345023006919E-21},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[Probability of Occurrence]])","v":""}]
[20001,10004,42746.276494945654,1900,1950,null,{"$f":"IFERROR(INDEX(Forecasts[Type], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":"Range"},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Forecast ID]]), \"\", INDEX(Forecasts[Outcome], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)))","v":1969},{"$f":"IF(OR(COUNTBLANK(AssignmentTable[[#This Row],[P5]:[P95]])>0, ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P5]], 1, IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P95]], 2,3)))","v":3},{"$f":"IFERROR(INDEX(Forecasts[U], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":2001.6},{"$f":"IFERROR(INDEX(Forecasts[L], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":1838.4},{"$f":"IFERROR(LN((AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[L]])/((AssignmentTable[[#This Row],[P5]]-AssignmentTable[[#This Row],[L]])^0.05*(AssignmentTable[[#This Row],[P95]]-AssignmentTable[[#This Row],[P5]])^0.9*(AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[P95]])^0.05)),\"\")","v":1.1709465604933245},{"$f":"IF(OR(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]), ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", 1-(IF(AssignmentTable[[#This Row],[Outcome]]=1, 1, 0)-AssignmentTable[[#This Row],[Probability of Occurrence]])^2)","v":""},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P5]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P5]])","v":1.1533445554371315E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P95]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P95]])","v":1.1836957279486349E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[Probability of Occurrence]])","v":""}]
[20001,10005,42746.458190043471,1920,1930,null,{"$f":"IFERROR(INDEX(Forecasts[Type], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":"Range"},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Forecast ID]]), \"\", INDEX(Forecasts[Outcome], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)))","v":1564},{"$f":"IF(OR(COUNTBLANK(AssignmentTable[[#This Row],[P5]:[P95]])>0, ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P5]], 1, IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P95]], 2,3)))","v":1},{"$f":"IFERROR(INDEX(Forecasts[U], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":1994.9},{"$f":"IFERROR(INDEX(Forecasts[L], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":1495.1},{"$f":"IFERROR(LN((AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[L]])/((AssignmentTable[[#This Row],[P5]]-AssignmentTable[[#This Row],[L]])^0.05*(AssignmentTable[[#This Row],[P95]]-AssignmentTable[[#This Row],[P5]])^0.9*(AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[P95]])^0.05)),\"\")","v":3.6306463611646702},{"$f":"IF(OR(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]), ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", 1-(IF(AssignmentTable[[#This Row],[Outcome]]=1, 1, 0)-AssignmentTable[[#This Row],[Probability of Occurrence]])^2)","v":""},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P5]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P5]])","v":1.1654850244417328E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P95]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P95]])","v":1.1715552589440336E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[Probability of Occurrence]])","v":""}]
[20001,10006,42748.747393395708,500,3000,null,{"$f":"IFERROR(INDEX(Forecasts[Type], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":"Range"},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Forecast ID]]), \"\", INDEX(Forecasts[Outcome], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)))","v":3944},{"$f":"IF(OR(COUNTBLANK(AssignmentTable[[#This Row],[P5]:[P95]])>0, ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P5]], 1, IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P95]], 2,3)))","v":3},{"$f":"IFERROR(INDEX(Forecasts[U], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":25248.799999999999},{"$f":"IFERROR(INDEX(Forecasts[L], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":-128.80000000000001},{"$f":"IFERROR(LN((AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[L]])/((AssignmentTable[[#This Row],[P5]]-AssignmentTable[[#This Row],[L]])^0.05*(AssignmentTable[[#This Row],[P95]]-AssignmentTable[[#This Row],[P5]])^0.9*(AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[P95]])^0.05)),\"\")","v":2.2772879346450972},{"$f":"IF(OR(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]), ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", 1-(IF(AssignmentTable[[#This Row],[Outcome]]=1, 1, 0)-AssignmentTable[[#This Row],[Probability of Occurrence]])^2)","v":""},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P5]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P5]])","v":3.0351172511503459E-19},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P95]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P95]])","v":1.8210703506902076E-18},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[Probability of Occurrence]])","v":""}]
[20001,10007,42750.672971280103,0.3,0.4,null,{"$f":"IFERROR(INDEX(Forecasts[Type], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":"Range"},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Forecast ID]]), \"\", INDEX(Forecasts[Outcome], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)))","v":0.78539816339744795},{"$f":"IF(OR(COUNTBLANK(AssignmentTable[[#This Row],[P5]:[P95]])>0, ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P5]], 1, IF(AssignmentTable[[#This Row],[Outcome]]<AssignmentTable[[#This Row],[P95]], 2,3)))","v":3},{"$f":"IFERROR(INDEX(Forecasts[U], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":1.008},{"$f":"IFERROR(INDEX(Forecasts[L], MATCH(AssignmentTable[[#This Row],[Forecast ID]], Forecasts[Forecast ID], 0)), \"\")","v":0.192},{"$f":"IFERROR(LN((AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[L]])/((AssignmentTable[[#This Row],[P5]]-AssignmentTable[[#This Row],[L]])^0.05*(AssignmentTable[[#This Row],[P95]]-AssignmentTable[[#This Row],[P5]])^0.9*(AssignmentTable[[#This Row],[U]]-AssignmentTable[[#This Row],[P95]])^0.05)),\"\")","v":2.0051458821203054},{"$f":"IF(OR(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]), ISBLANK(AssignmentTable[[#This Row],[Outcome]])), \"\", 1-(IF(AssignmentTable[[#This Row],[Outcome]]=1, 1, 0)-AssignmentTable[[#This Row],[Probability of Occurrence]])^2)","v":""},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P5]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P5]])","v":1.8210703506902075E-22},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[P95]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[P95]])","v":2.4280938009202769E-22},{"$f":"IF(ISBLANK(AssignmentTable[[#This Row],[Probability of Occurrence]]),\"\",INDEX(Forecasters[Total Wt Normalized across Subgroup],MATCH(AssignmentTable[[#This Row],[Forecaster ID]],Forecasters[Forecaster ID],0),1)*AssignmentTable[[#This Row],[Probability of Occurrence]])","v":""}]
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