Question: List the items that have less than 4 sales in the 'switch' store.

Answer: The items that have less than 4 sales in the 'switch' store are idea and client.

Question: What is the ratio of sales count for item 'idea' to item 'jet' across all the stores?

Answer: The ratio of sales count for item 'idea' to item 'jet' across all the stores is 2.

Question: : How many 'switch' entries are there?

Answer: [5]

Question: How many sales figures are available for the month of March?

Answer: [5]

Question: What is the sales figure for 'march' where the sales figure is equal to 4?

Answer: ['4']

SELECT "march" FROM Table1 WHERE  "march" == '4'

Question: How many items sold less than 2 units in at least one store?

Answer: three

Question: How many units of the item march were sold across all the stores?

Answer: 14

Question: Did the item friend in the store idea sold larger units than the item credit in the store jet?

Answer: yes

Question: How many units of the item march were sold in the store jet?

Answer: 2

Question: Which item had the lowest total sales across all stores in March?

Answer: client

Question: What is the difference in sales between the highest selling item and lowest selling item in the 'credit' store?

Answer: 7

Question: Which store sold the most 'switch' items?

Answer: jet

Question: What is the average number of 'grave' items sold across all stores?

Answer: 6


Question: How many accuracy figures are available for the 'rifle' dataset?

Answer: [5]

Question: How many algorithms have accuracy higher than 90 in at least one dataset?

Answer: zero

Question: What is the accuracy of the algorithm vector in the dataset pitch?

Answer: 10

Question: Is the accuracy of the algorithm vector in the dataset pitch smaller than the accuracy of the algorithm stand in the dataset wagon?

Answer: yes

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: stand

Question: Which algorithm consistently performs above 50% accuracy across all datasets?

Answer: genius

Question: For the 'rifle' dataset, which algorithm performs the worst?

Answer: wagon

Question: Is the 'salary' dataset the only one where the 'vector' algorithm outperforms the 'shock' algorithm?

Answer: Yes

Accuracy of algorithms on different datasets


Question: How many more times was the object 'shirt' preferred over the object 'entry'?

Answer: The object 'shirt' was preferred 5 more times than the object 'entry'.

Question: Which object is the most preferred in any category?

Answer: ease

Question: How many people like the most preferred object in the whole chart?

Answer: 9

Question: How many total people preferred the object union across all the categories?

Answer: 16

Question: How many people prefer the object ease in the category reply?

Answer: 9

Question: Is the object union in the category entry preferred by more people than the object side in the category file?

Answer: no

Question: Which object is the least preferred across all categories?

Answer: entry

Question: What is the difference between the most preferred and least preferred objects in the 'ease' category?

Answer: 8

Question: Is there an object that consistently ranks in the middle for preference across all categories?

Answer: file

Question: Which two categories show the most similar preference patterns across the objects?

Answer: ease and output

Most preferred objects of different categories


Question: How many accuracy figures are recorded for the "circle" dataset?

Answer: [5]

Question: How many algorithms have accuracy lower than 20 in at least one dataset?

Answer: five

Question: Which algorithm has highest accuracy for any dataset?

Answer: weight

Question: What is the highest accuracy reported in the whole chart?

Answer: 80

Question: What is the accuracy of the algorithm weight in the dataset spite?

Answer: 10

Question: How many groups of bars are there?

Answer: five

Question: Is the accuracy of the algorithm jet in the dataset spite smaller than the accuracy of the algorithm income in the dataset total?

Answer: yes

Question: Which dataset has the highest accuracy for the 'rush' algorithm?

Answer: weight

Question: Is the 'jet' algorithm more accurate for 'youth' or 'spite' datasets?

Answer: Equal accuracy

Question: Which algorithm performs worst on the 'fight' dataset?

Answer: spite

Question: What is the average accuracy of the 'income' algorithm across all datasets (excluding 'total')?

Answer: 32.5


Question: What is the total accuracy of all algorithms combined for the dataset sweat?

Answer: 18

Question: What is the ratio of average accuracy of the notion algorithm to the brand algorithm?

Answer: 3.6

Question: How many accuracy figures are recorded for the "brand" algorithm?

Answer: [5]

Question: How many algorithms have accuracy higher than 3 in at least one dataset?

Answer: four

Question: Which algorithm has lowest accuracy for any dataset?

Answer: notion

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm notion for all the datasets?

Answer: 19

Question: What is the accuracy of the algorithm notion in the dataset back?

Answer: 8

Question: Is the accuracy of the algorithm notion in the dataset sale smaller than the accuracy of the algorithm self in the dataset scene?

Answer: yes

Question: Which dataset shows the most variation in accuracy scores across the different algorithms?

Answer: queen

Question: Which algorithm consistently performs well (accuracy score of 5 or above) across all datasets?

Answer: brand

Question: On which dataset does the 'notion' algorithm perform better than the 'self' algorithm?

Answer: sweat, back

Question: What is the average accuracy score for the 'nose' dataset across all algorithms?

Answer: 5.5


Question: What is the percentage difference in accuracy between the 'barn' algorithm and the 'voice' algorithm?

Answer: The percentage difference in accuracy between the 'barn' algorithm and the 'voice' algorithm is 19.047619%

Question: How many algorithms have accuracy higher than 8 in at least one dataset?

Answer: five

Question: What is the sum of accuracies of the algorithm metal for all the datasets?

Answer: 27

Question: What is the accuracy of the algorithm honor in the dataset voice?

Answer: 8

Question: Is the accuracy of the algorithm vote in the dataset voice smaller than the accuracy of the algorithm honor in the dataset barn?

Answer: no

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: None

Question: Which algorithm consistently performs better on datasets 'metal' and 'honor' compared to the 'cash' dataset?

Answer: voice

Question: Is there an algorithm that consistently performs worse than the 'inside' algorithm across all datasets?

Answer: barn

Question: Excluding the 'joy' dataset, which dataset poses the most challenge for the 'range' algorithm?

Answer: honor


Question: What is the ratio of accuracy between the 'game' and the 'clay' datasets?

Answer: The ratio of accuracy between the 'game' and the 'clay' datasets is 1.2083.

Question: How many different input values are there?

Answer: [5]

Question: How many accuracy values are recorded for the "person" dataset?

Answer: [5]

Question: How many algorithms have accuracy lower than 7 in at least one dataset?

Answer: five

Question: Which algorithm has lowest accuracy for any dataset?

Answer: weapon

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm person for all the datasets?

Answer: 29

Question: What is the accuracy of the algorithm twelve in the dataset grain?

Answer: 2

Question: Is the accuracy of the algorithm twelve in the dataset slave larger than the accuracy of the algorithm serum in the dataset grain?

Answer: yes

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: weapon

Question: Is the accuracy of the 'game' algorithm on the 'serum' dataset higher than the accuracy of the 'clay' algorithm on the 'twelve' dataset?

Answer: No, they have the same accuracy

Question: What is the difference between the lowest and highest accuracy achieved on the 'person' dataset?

Answer: 5

Question: Excluding the 'input' dataset, which algorithm consistently performs with an accuracy of 7?

Answer: weapon


Question: By what percentage is the number of preferred 'escape' objects less than that of 'excuse'?

Answer: 266%

Question: How many "escape" objects were most preferred?

Answer: [5]

Question: How many categories have "god" as a preferred object?

Answer: [5]

Question: How many entries are there for the 'ranch' category?

Answer: [5]

Question: How many "excuse" entries are present in the table?

Answer: [5]

Question: How many people prefer 'ranch' when considering the preferences for 'sugar'?

Answer: ['5']

SELECT "ranch" FROM Table1 WHERE  "None" == 'sugar'

Question: Which object is the most preferred in any category?

Answer: ranch

Question: How many people like the most preferred object in the whole chart?

Answer: 9

Question: How many total people preferred the object ranch across all the categories?

Answer: 25

Question: How many people prefer the object god in the category wind?

Answer: 1

Question: Is the object escape in the category sake preferred by more people than the object god in the category union?

Answer: no

Question: Which object is most preferred in the 'ranch' category?

Answer: union

Question: Is 'god' a more preferred object than 'excuse' in the 'stock' category?

Answer: yes

Question: Which categories have 'escape' as their least preferred object?

Answer: sake, wind, sugar

Question: What is the difference between the preference scores of the most and least preferred objects in the 'sugar' category?

Answer: 7


Question: Compared to the 'tongue' dataset, what is the general trend of the accuracy of the 'brain' dataset?

Answer: The 'brain' dataset generally has lower accuracy compared to the 'tongue' dataset.

Question: What is the absolute difference in accuracy between the algorithms 'theory' and 'style' for the 'street' dataset?

Answer: The absolute difference in accuracy between the algorithms 'theory' and 'style' for the 'street' dataset is 70.

Question: How many accuracy figures are recorded for the "meat" dataset?

Answer: [5]

Question: How many algorithms have accuracy higher than 20 in at least one dataset?

Answer: four

Question: Which algorithm has lowest accuracy for any dataset?

Answer: tongue

Question: What is the lowest accuracy reported in the whole chart?

Answer: 10

Question: What is the accuracy of the algorithm youth in the dataset dance?

Answer: 50

Question: Is the accuracy of the algorithm tongue in the dataset brain larger than the accuracy of the algorithm meat in the dataset scale?

Answer: no

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: meat

Question: Is it true that the 'theory' algorithm performs better on the 'tongue' dataset compared to the 'street' dataset?

Answer: true

Question: Which algorithm consistently performs better on datasets representing physical objects ('tongue', 'meat') compared to abstract concepts ('theory', 'style')?

Answer: scale

Question: If we rank the algorithms based on their performance on the 'youth' dataset, will the 'brain' algorithm be ranked last?

Answer: false


Question: How many sales figures are recorded for items related to "nature"?

Answer: [5]

Question: How many sales figures are recorded for items related to "nature"?

Answer: [5]

Question: How many items sold less than 8 units in at least one store?

Answer: four

Question: How many units of the item bird were sold across all the stores?

Answer: 34

Question: Did the item bird in the store value sold larger units than the item medium in the store metal?

Answer: yes

Question: How many units of the item duty were sold in the store truth?

Answer: 9

Question: What is the average "truth" value across all items?

Answer: 7.25

Question: Which item has the lowest "hole" value?

Answer: medium

Question: Is the "value" of "bird" greater than the "duty" of "oil"?

Answer: true

Question: What is the difference between the highest and lowest values in the "nature" column?

Answer: 5

Sales statistics for items in different stores


Question: List the datasets where the algorithm's accuracy decreased from year 1990 to 1994.

Answer: None, weapon, sera

Question: How many accuracy values are recorded for the 'weapon' algorithm?

Answer: [5]

Question: How many algorithms have accuracy higher than 7 in at least one dataset?

Answer: four

Question: Which algorithm has lowest accuracy for any dataset?

Answer: weapon

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm sera for all the datasets?

Answer: 35

Question: What is the accuracy of the algorithm center in the dataset man?

Answer: 7

Question: Is the accuracy of the algorithm tree in the dataset board larger than the accuracy of the algorithm sera in the dataset suite?

Answer: no

Question: Which dataset shows the most consistent performance across different categories?

Answer: sera

Question: Is the performance on the 'tree' dataset always better than the 'school' dataset?

Answer: No

Question: Which category shows the largest difference in performance between the best and worst performing datasets?

Answer: weapon

Question: What is the average performance on the 'center' dataset across all categories?

Answer: 6.6


Question: What percentage of the time did accuracy of algorithms on the 'test' dataset decrease?

Answer: Accuracy of algorithms on the 'test' dataset decreased 40% of the time.

Question: List the years when the accuracy of algorithms on the 'ocean' dataset was more than 75?

Answer: 2, 3

Question: How many accuracy values are recorded for the "test" dataset?

Answer: [5]

Question: How many accuracy entries are recorded for the "error" algorithm?

Answer: [5]

Question: Which entries have a test value of 70?

Answer: [' realm', ' ocean', ' drift']

SELECT "None" FROM Table1 WHERE  "test" == '70'

Question: What is the brass figure for the entry with an error value of 80?

Answer: [' 70']

SELECT "brass" FROM Table1 WHERE  "error" == ' 80'

Question: How many algorithms have accuracy lower than 30 in at least one dataset?

Answer: four

Question: Which algorithm has lowest accuracy for any dataset?

Answer: error

Question: What is the lowest accuracy reported in the whole chart?

Answer: 10

Question: What is the accuracy of the algorithm error in the dataset lawyer?

Answer: 10

Question: Is the accuracy of the algorithm brass in the dataset drift larger than the accuracy of the algorithm test in the dataset ocean?

Answer: no

Question: Which dataset has the highest average error rate across all algorithms?

Answer: ocean

Question: For the 'drift' algorithm, which dataset yields the lowest error rate?

Answer: None

Question: Is the error rate of the 'realm' algorithm on the 'test' dataset less than 50%?

Answer: no

Question: Which algorithm consistently performs better on the 'blonde' dataset compared to the 'brass' dataset?

Answer: lawyer


Question: What is the difference between the average preferred value of stairs and bureau?

Answer: The average difference is 2.5.

Question: How many categories have their most preferred object as 'fuel'?

Answer: [5]

Question: How many different preferred cloud options are there?

Answer: [5]

Question: : How many different actions are listed in the table?

Answer: [5]

Question: Which object is the most preferred in any category?

Answer: call

Question: How many people like the most preferred object in the whole chart?

Answer: 9

Question: How many total people preferred the object action across all the categories?

Answer: 20

Question: How many people prefer the object action in the category issue?

Answer: 1

Question: Is the object clouds in the category bureau preferred by more people than the object call in the category value?

Answer: no

Question: Which object is most preferred in the 'call' category?

Answer: value

Question: Is 'train' more preferred than 'issue' in the 'clouds' category?

Answer: No

Question: What is the difference between the highest and lowest preference scores for 'fuel'?

Answer: 6

Question: Which category has the least preference for the object 'stairs'?

Answer: clouds


Question: : How many accuracy values are recorded for the "flavor" dataset?

Answer: [5]

Question: How many algorithms have accuracy higher than 5 in at least one dataset?

Answer: four

Question: Which algorithm has lowest accuracy for any dataset?

Answer: flavor

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm agent for all the datasets?

Answer: 33

Question: What is the accuracy of the algorithm agent in the dataset garage?

Answer: 8

Question: How many groups of bars are there?

Answer: five

Question: Is the accuracy of the algorithm harbor in the dataset victim larger than the accuracy of the algorithm flavor in the dataset board?

Answer: no

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: harbor

Question: Is the accuracy of the 'flavor' dataset on the 'bundle' algorithm greater than the accuracy of the 'garden' dataset on the same algorithm?

Answer: True

Question: What is the difference between the maximum and minimum accuracy achieved on the 'agent' dataset?

Answer: 5

Question: Which datasets have an accuracy score of 8 on any algorithm?

Answer: bundle, agent, harbor


Question: In which store was the difference between the number of grave and slope sold the greatest?

Answer: The difference between the number of grave and slope sold was greatest in the porch store

Question: What is the average number of each item sold in all the stores?

Answer: The average number of each item sold is 5

Question: : How many sales figures are recorded for "fan"?

Answer: [5]

Question: What are the method values for items where the slope is 7?

Answer: [' 5', ' 3']

SELECT "method" FROM Table1 WHERE  "slope" == '7'

Question: How many items sold more than 5 units in at least one store?

Answer: four

Question: Which item sold the least units in any shop?

Answer: slope

Question: How many units did the worst selling item sell in the whole chart?

Answer: 1

Question: How many units of the item grave were sold across all the stores?

Answer: 30

Question: Did the item grave in the store colony sold smaller units than the item slope in the store drug?

Answer: yes

Question: How many units of the item grave were sold in the store porch?

Answer: 9

Question: How many groups of bars are there?

Answer: four

Question: Which store sold the least number of 'slope' items?

Answer: frame

Question: What is the total number of 'grave' items sold by all stores?

Answer: 25

Question: Which store sold the most 'fan' items?

Answer: drug

Question: What is the difference between the highest and lowest number of 'method' items sold?

Answer: 5


Question: What is the percentage of credit sales for item 'party' in the total sales?

Answer: The percentage is 10%.

Question: How many credit entries are there in the sales statistics?

Answer: [5]

Question: How many credit entries are there in the sales statistics?

Answer: [5]

Question: How many different lesson sales figures are there?

Answer: [5]

Question: : How many sales records are there for "night" across all stores and items?

Answer: [5]

Question: How many items sold more than 5 units in at least one store?

Answer: four

Question: How many units of the item lesson were sold across all the stores?

Answer: 19

Question: Did the item refund in the store frame sold smaller units than the item lesson in the store fog?

Answer: no

Question: How many units of the item refund were sold in the store beard?

Answer: 1

Question: Which item had the lowest total sales across all stores?

Answer: plan

Question: What is the difference between the highest and lowest sales figures for the 'credit' store?

Answer: 6

Question: Which store sold the most 'fog' items?

Answer: credit

Question: What is the ratio of 'party' sales to 'frame' sales in the 'None' store?

Answer: 1


Question: What is the ratio of total accuracy of 'child' data set and 'court' data set?

Answer: 1.8

Question: By how much percentage is the average accuracy of 'sake' data set more than 'trial' data set?

Answer: 364.29%

Question: How many accuracy figures are listed for the "child" dataset?

Answer: [5]

Question: : How many accuracy figures are recorded for the "wood" dataset?

Answer: [5]

Question: What is the accuracy of algorithms on the 'wood' dataset when their accuracy on the 'safety' dataset is 7?

Answer: [' 2']

SELECT "wood" FROM Table1 WHERE  "safety" == ' 7'

Question: What is the accuracy of the algorithms on the court dataset, where the accuracy on the sister dataset is 2?

Answer: ['7']

SELECT "court" FROM Table1 WHERE  "sister" == ' 2'

Question: How many algorithms have accuracy lower than 7 in at least one dataset?

Answer: five

Question: Which algorithm has highest accuracy for any dataset?

Answer: court

Question: What is the highest accuracy reported in the whole chart?

Answer: 9

Question: What is the sum of accuracies of the algorithm safety for all the datasets?

Answer: 27

Question: What is the accuracy of the algorithm wood in the dataset pass?

Answer: 7

Question: Is the accuracy of the algorithm child in the dataset rice larger than the accuracy of the algorithm safety in the dataset pass?

Answer: no

Question: Which word in the table shows the biggest difference in accuracy between the 'sister' and 'child' algorithms?

Answer: sake

Question: What is the average accuracy of the 'wood' algorithm across all the words in the table?

Answer: 5.6

Question: Is the 'safety' algorithm more accurate than the 'court' algorithm for the word 'rice'?

Answer: No

Question: Which algorithm achieves the highest accuracy for the word 'trial', and what is its accuracy?

Answer: The 'wood' algorithm achieves the highest accuracy for the word 'trial' with an accuracy of 7.


Question: What is the percentage increase in the total sales of the item 'hung' from 1990 to 1997?

Answer: The percentage increase in the total sales of the item 'hung' from 1990 to 1997 is 66.67%.

Question: What was the total sales of the item 'anger' across all stores for the year 1994?

Answer: The total sales of the item 'anger' across all stores for the year 1994 is 15.

Question: : How many sales records are there in total?

Answer: [5]

Question: : How many stores have recorded sales figures for "wash"?

Answer: [5]

Question: How many "hung" were sold in the "habit" store?

Answer: [' 2']

SELECT "hung" FROM Table1 WHERE  "None" == 'habit'

Question: How many items sold more than 3 units in at least one store?

Answer: four

Question: Which item sold the most units in any shop?

Answer: tire

Question: How many units did the best selling item sell in the whole chart?

Answer: 9

Question: How many units of the item wash were sold across all the stores?

Answer: 21

Question: How many units of the item tire were sold in the store bond?

Answer: 6

Question: Which store sells the most 'tire' items?

Answer: anger

Question: What is the total number of 'wash' and 'hung' items sold across all stores?

Answer: 34

Question: Which store sells the least number of 'row' items?

Answer: anger

Question: Is the number of 'habit' items sold greater than the number of 'opera' items sold?

Answer: No


Question: What is the difference in preference for the object 'fist' between the years 0 and 2?

Answer: A 3-point decrease

Question: By how much did the preference for the object 'ballet' drop from the years 0 to 2?

Answer: A decrease of 10 points

Question: Which object is the most preferred in any category?

Answer: mind

Question: Which object is the least preferred in any category?

Answer: ballet

Question: What percentage of people like the most preferred object in the whole chart?

Answer: 90

Question: What percentage of people like the least preferred object in the whole chart?

Answer: 10

Question: Is the value of lesson in whole larger than the value of type in answer?

Answer: no

Question: What percentage of people prefer the object lesson in the category front?

Answer: 80

Question: How many groups of bars are there?

Answer: four

Question: Which object is most preferred in the 'lesson' category?

Answer: front

Question: Is 'mind' or 'type' more preferred overall?

Answer: mind

Question: Which category shows the least variation in preferences?

Answer: ballet

Question: Is the preference for 'fist' in the 'lesson' category higher than the preference for 'poetry' in the 'mind' category?

Answer: No


Question: : How many entries are there in the 'data' category?

Answer: [5]

Question: Which object is the most preferred in any category?

Answer: data

Question: Which object is the least preferred in any category?

Answer: flux

Question: What percentage of people like the most preferred object in the whole chart?

Answer: 90

Question: What percentage of people like the least preferred object in the whole chart?

Answer: 20

Question: What percentage of people prefer the object flux in the category snake?

Answer: 20

Question: Is the value of fruit in way smaller than the value of flux in snake?

Answer: no

Question: Which object is most preferred across all categories, considering the highest numerical value as the indicator of preference?

Answer: data

Question: Is it true that 'flux' is more preferred than 'branch' for 'snake' and 'mail' categories?

Answer: false

Question: Which category shows equal preference for 'desk' and 'branch'?

Answer: desk

Question: If we rank the preferences for 'way' from highest to lowest, what is the order of categories?

Answer: fruit, data, flux, branch


Question: How many "cold" objects are most preferred?

Answer: [5]

Question: How many "cold" objects are most preferred?

Answer: [5]

Question: : How many "grant" entries are there?

Answer: [5]

Question: : How many different preferences are recorded for the "garage" category?

Answer: [5]

Question: What preference score for 'leg' matches a value of 4?

Answer: ['4', '4']

SELECT "leg" FROM Table1 WHERE  "leg" == '4'

Question: Which object is the least preferred in any category?

Answer: tale

Question: How many people like the least preferred object in the whole chart?

Answer: 1

Question: How many total people preferred the object leg across all the categories?

Answer: 31

Question: How many people prefer the object grant in the category method?

Answer: 4

Question: Is the object cold in the category theory preferred by less people than the object garage in the category cycle?

Answer: yes

Question: Which object is most preferred in the 'tale' category?

Answer: land and cycle

Question: Is 'garage' a more preferred object than 'leg' in the 'method' category?

Answer: Yes

Question: Which categories have 'grant' as their least preferred object?

Answer: crime and theory

Question: What is the average preference score for 'cold' across all categories?

Answer: 6.2


Question: What is the percentage difference in preference score for the object 'figure' between categories 'butter' and 'trade'?

Answer: The long term percentage difference is 100% larger.

Question: How many entries are there for the 'butter' category in the context of preferred objects?

Answer: [5]

Question: How many categories have a preference recorded for "butter"?

Answer: [5]

Question: What trade value is associated with a savage value of 9?

Answer: ['1']

SELECT "trade" FROM Table1 WHERE  "savage" == ' 9'

Question: What is the savagery figure for the object whose savagery figure is 6?

Answer: [' 6']

SELECT "savage" FROM Table1 WHERE  "savage" == ' 6'

Question: How many total people preferred the object savage across all the categories?

Answer: 29

Question: How many people prefer the object savage in the category joke?

Answer: 7

Question: Is the object butter in the category joke preferred by more people than the object savage in the category poetry?

Answer: yes

Question: Which object is most preferred by the 'author'?

Answer: savage

Question: What is the ranking of 'butter' among the objects preferred by 'rank'?

Answer: 2

Question: Is 'trade' more preferred than 'figure' by 'poetry'?

Answer: Yes

Question: Which object is least preferred by 'studio'?

Answer: butter


Question: How many talent accuracy figures are there?

Answer: [5]

Question: What is the accuracy of the 'action' algorithm on datasets where the 'belt' algorithm achieved an accuracy of 2?

Answer: [' 4', ' 1', ' 7']

SELECT "action" FROM Table1 WHERE  "belt" == ' 2'

Question: How many algorithms have accuracy lower than 8 in at least one dataset?

Answer: four

Question: Which algorithm has lowest accuracy for any dataset?

Answer: action

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm belt for all the datasets?

Answer: 18

Question: What is the accuracy of the algorithm belt in the dataset sale?

Answer: 2

Question: Is the accuracy of the algorithm belt in the dataset east smaller than the accuracy of the algorithm talent in the dataset sale?

Answer: yes

Question: What is the average accuracy of the algorithms across all datasets, excluding the 'None' column?

Answer: 4.75

Question: Which dataset has the largest difference between the highest and lowest accuracy scores?

Answer: belt

Question: On which dataset does the algorithm perform most consistently, based on the range of accuracy scores?

Answer: dog

Question: Is the algorithm's performance on the 'talent' dataset more consistent than on the 'belt' dataset?

Answer: yes


Question: What was the ratio of the total accuracy of algorithms on the 'sleep' and 'rush' datasets?

Answer: 0.25

Question: How many accuracy values are recorded for the 'bar' dataset?

Answer: [5]

Question: How many accuracy figures are recorded for the "post" dataset?

Answer: [5]

Question: : How many accuracy figures are recorded for the "myth" dataset?

Answer: [5]

Question: How many accuracy figures are available for the "bar" dataset?

Answer: [5]

Question: How many algorithms have accuracy higher than 6 in at least one dataset?

Answer: four

Question: What is the sum of accuracies of the algorithm bar for all the datasets?

Answer: 29

Question: What is the accuracy of the algorithm fall in the dataset sleep?

Answer: 2

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: bar

Question: Which algorithm consistently performs better on the 'myth' dataset compared to the 'fall' dataset?

Answer: impact

Question: Is the 'rush' algorithm more accurate on the 'None' dataset than the 'post' dataset?

Answer: Yes

Question: What is the difference between the maximum and minimum accuracy achieved on the 'talk' algorithm across all datasets?

Answer: 5


Question: Which item showed the largest increase in sales from week 0 to week 4?

Answer: The item 'god' showed the largest increase in sales from week 0 to week 4.

Question: What is the percentage increase in sales of 'earth' from week 1 to week 3?

Answer: The percentage increase in sales of 'earth' from week 1 to week 3 is 133.33%.

Question: How many sales records are there for different items across all stores?

Answer: [5]

Question: How many "staff" entries are there?

Answer: [5]

Question: How many sales records are there for different items across all stores?

Answer: [5]

Question: How many sales statistics entries have a recorded value for "earth"?

Answer: [5]

Question: How many items sold less than 8 units in at least one store?

Answer: five

Question: Which item sold the least units in any shop?

Answer: earth

Question: How many units did the worst selling item sell in the whole chart?

Answer: 1

Question: How many units of the item staff were sold across all the stores?

Answer: 26

Question: How many units of the item today were sold in the store week?

Answer: 4

Question: Which item had the highest total sales volume across all stores?

Answer: god

Question: What was the average sales volume for 'earth' across all stores?

Answer: 4.2

Question: In which week did 'laugh' outperform 'staff' in terms of sales?

Answer: None

Question: What is the difference between the highest and lowest sales figures for 'today' across all stores?

Answer: 5


Question: What is the ratio of the accuracy of the 'virtue' algorithm to the 'stroke' algorithm?

Answer: Ratio: 1

Question: How many algorithms were evaluated on the 'stroke' dataset?

Answer: [5]

Question: How many datasets are there for the "one" algorithm?

Answer: [5]

Question: What is the accuracy range for algorithms where the range is 20?

Answer: [' 20', ' 20', ' 20']

SELECT "range" FROM Table1 WHERE  "range" == ' 20'

Question: How many algorithms have accuracy higher than 0 in at least one dataset?

Answer: four

Question: What is the accuracy of the algorithm sound in the dataset radio?

Answer: 30

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: virtue

Question: Is the statement 'Algorithm 'story' consistently performs worse than 'radio' across all datasets' true or false?

Answer: false

Question: What is the difference between the highest and lowest accuracy achieved on the 'sound' dataset?

Answer: 30

Question: Which algorithm(s) show the most consistent performance across all datasets, exhibiting the smallest variance in accuracy?

Answer: virtue


Question: Is the accuracy of the debate dataset less than the average accuracy across all datasets?

Answer: Yes

Question: How many accuracy figures are recorded for the "debate" dataset?

Answer: [5]

Question: How many accuracy figures are available for the "town" dataset?

Answer: [5]

Question: How many algorithms have accuracy higher than 6 in at least one dataset?

Answer: three

Question: Which algorithm has lowest accuracy for any dataset?

Answer: town

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm cereal for all the datasets?

Answer: 30

Question: What is the accuracy of the algorithm town in the dataset visit?

Answer: 6

Question: Is the accuracy of the algorithm town in the dataset melody larger than the accuracy of the algorithm set in the dataset glass?

Answer: no

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: cereal

Question: Which algorithm consistently performs better on 'town' dataset compared to 'debate' dataset?

Answer: visit

Question: Is the accuracy of the 'jazz' algorithm on the 'set' dataset greater than the accuracy of the 'glass' algorithm on the same dataset?

Answer: True

Question: What is the difference between the lowest accuracy and the highest accuracy observed across all algorithms and datasets?

Answer: 8


Question: : How many different preferred "sake" entries are there?

Answer: [5]

Question: How many different preferred "theory" objects are there?

Answer: [5]

Question: Which object is the least preferred in any category?

Answer: sake

Question: How many people like the least preferred object in the whole chart?

Answer: 1

Question: How many total people preferred the object theory across all the categories?

Answer: 31

Question: How many people prefer the object supply in the category street?

Answer: 7

Question: Is the object glory in the category fish preferred by more people than the object theory in the category widow?

Answer: no

Question: Which object is most preferred as 'dinner'?

Answer: stop

Question: Is 'pink' preferred more as 'supply' or as 'theory'?

Answer: supply

Question: Which object is least preferred as 'sake'?

Answer: widow

Question: What is the difference between the most preferred and least preferred objects for 'glory'?

Answer: 5


Question: Find the percentage by which the total accuracy of bass exceeds that of pure

Answer: The total accuracy of bass exceeds pure's by 4 percent

Question: How many accuracy figures are available for the "blood" dataset?

Answer: [5]

Question: How many algorithms have accuracy lower than 8 in at least one dataset?

Answer: five

Question: Which algorithm has lowest accuracy for any dataset?

Answer: tongue

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm meal for all the datasets?

Answer: 19

Question: What is the accuracy of the algorithm tongue in the dataset pure?

Answer: 1

Question: Is the accuracy of the algorithm meal in the dataset pride smaller than the accuracy of the algorithm genius in the dataset bass?

Answer: yes

Question: Which dataset has the largest difference between the highest and lowest accuracy scores across all algorithms?

Answer: clock

Question: Which algorithm consistently performs better than the 'tongue' algorithm across all datasets?

Answer: genius

Question: Is there an algorithm whose accuracy score is always greater than 5?

Answer: No

Question: Which dataset has the highest average accuracy score across all algorithms?

Answer: clock


Question: By what percentage is the total sales for 'editor' more than the total sales for 'pure'?

Answer: 26.32%

Question: What are the term values for items where the supper value is 5?

Answer: [' 8', ' 3']

SELECT "term" FROM Table1 WHERE  "supper" == ' 5'

Question: How many items sold more than 5 units in at least one store?

Answer: three

Question: Which item sold the least units in any shop?

Answer: hen

Question: How many units did the worst selling item sell in the whole chart?

Answer: 1

Question: How many units of the item term were sold across all the stores?

Answer: 26

Question: How many units of the item term were sold in the store lot?

Answer: 3

Question: Which item had the highest total sales across all stores?

Answer: hope

Question: What is the difference between the highest and lowest sales figures for the 'term' item?

Answer: 7

Question: Which store sold the least number of 'editor' items?

Answer: hen

Question: What is the average number of 'supper' items sold across all the stores?

Answer: 6


Question: What is the ratio of sales of 'kid' in store 3 and 'amount' in store 2?

Answer: The ratio is 1.4.

Question: What is the total number of units sold for the item 'cream' across all stores?

Answer: The total sales are 32.

Question: : How many entries are there for the "snow" category?

Answer: [5]

Question: What is the snow figure for items where the role is 2?

Answer: [' 8', ' 7']

SELECT "snow" FROM Table1 WHERE  "role" == ' 2'

Question: How many items sold less than 6 units in at least one store?

Answer: four

Question: Which item sold the least units in any shop?

Answer: snow

Question: How many units did the worst selling item sell in the whole chart?

Answer: 1

Question: How many units of the item nature were sold across all the stores?

Answer: 35

Question: Did the item nature in the store cream sold smaller units than the item role in the store unit?

Answer: no

Question: How many units of the item role were sold in the store amount?

Answer: 2

Question: Which item had the lowest total sales across all stores?

Answer: kid

Question: What is the difference between the highest and lowest sales figures for the 'nature' category?

Answer: 4

Question: In the 'view' store, which item sold more: 'well' or the combined sales of 'cream' and 'amount'?

Answer: cream and amount combined

Question: What is the average number of 'role' items sold across all the stores?

Answer: 4


Question: Is the sum of accuracy scores on device higher than the sum of accuracy scores on total?

Answer: Yes

Question: : How many devices are there in total?

Answer: [5]

Question: What is the total accuracy for the algorithm on the 'part' dataset?

Answer: ['4']

SELECT "total" FROM Table1 WHERE  "None" == 'part'

Question: How many algorithms have accuracy higher than 1 in at least one dataset?

Answer: four

Question: Which algorithm has highest accuracy for any dataset?

Answer: noise

Question: Which algorithm has lowest accuracy for any dataset?

Answer: total

Question: What is the highest accuracy reported in the whole chart?

Answer: 9

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm device for all the datasets?

Answer: 23

Question: What is the accuracy of the algorithm device in the dataset figure?

Answer: 5

Question: How many groups of bars are there?

Answer: four

Question: Is the accuracy of the algorithm total in the dataset closet larger than the accuracy of the algorithm west in the dataset part?

Answer: yes

Question: Which dataset has the highest total accuracy across all algorithms?

Answer: closet, series, injury

Question: Is the 'noise' accuracy always higher than the 'west' accuracy for all datasets?

Answer: No

Question: Which algorithm performs the worst on the 'figure' dataset?

Answer: total

Question: What is the average accuracy of the 'device' algorithm across all datasets?

Answer: 4.25


Question: What is the ratio of preference between 'flesh' and 'bullet' for the object 'sit'?

Answer: 0.5714

Question: List the objects where the preference for 'bullet' is greater than the preference for 'feed'?

Answer: Drama, Pause

Question: How many different chin preferences were recorded?

Answer: [5]

Question: How many "bullet" preferences were recorded in total?

Answer: [5]

Question: What is the preference level for 'member' where the preference level for 'bullet' is 7?

Answer: [' 9', ' 9']

SELECT "member" FROM Table1 WHERE  "bullet" == ' 7'

Question: How many total people preferred the object feed across all the categories?

Answer: 26

Question: How many people prefer the object feed in the category pause?

Answer: 9

Question: How many groups of bars are there?

Answer: five

Question: Is the object feed in the category sitter preferred by less people than the object flesh in the category boat?

Answer: no

Question: Which object is most preferred in the 'feed' category?

Answer: pause

Question: Is 'chin' a more preferred object than 'flesh' in the 'drama' category?

Answer: No

Question: Which category has the least preference for the object 'bullet'?

Answer: boat

Question: What is the average preference score for 'flesh' across all categories?

Answer: 4.6


Question: What is the accuracy of the throat dataset for the algorithm that achieved 80 on the oil dataset?

Answer: ['10']

SELECT "throat" FROM Table1 WHERE  "oil" == ' 80'

Question: How many algorithms have accuracy higher than 50 in at least one dataset?

Answer: four

Question: Which algorithm has highest accuracy for any dataset?

Answer: cut

Question: What is the highest accuracy reported in the whole chart?

Answer: 90

Question: What is the accuracy of the algorithm front in the dataset arm?

Answer: 50

Question: Is the accuracy of the algorithm oil in the dataset pile smaller than the accuracy of the algorithm throat in the dataset period?

Answer: no

Question: For which dataset does the algorithm perform the worst in terms of accuracy?

Answer: oil

Question: Is the algorithm more accurate in classifying 'throat' or 'front' datasets?

Answer: throat

Question: What is the average accuracy of the algorithm for the 'cut' dataset?

Answer: 52

Question: Which two datasets show the most significant difference in algorithm accuracy?

Answer: cut and front


Question: Is there a category where the objects 'return' and 'drunk' have the same preference?

Answer: Yes, in the category 'lawyer', the objects 'return' and 'drunk' have the same preference.

Question: How many categories have a lawyer as their most preferred object?

Answer: [5]

Question: : How many categories have a preference recorded for "market"?

Answer: [5]

Question: What is the most preferred object from any category for which "return" has a value of 4?

Answer: ['drunk']

SELECT "None" FROM Table1 WHERE  "return" == ' 4'

Question: What preference score did lawyers give to the objects that received a score of 9 in the beard category?

Answer: [' 5', ' 8']

SELECT "lawyer" FROM Table1 WHERE  "beard" == '9'

Question: How many total people preferred the object market across all the categories?

Answer: 29

Question: How many people prefer the object serum in the category drunk?

Answer: 1

Question: Which object category is most preferred by an equal number of people who chose 'return' and 'lawyer'?

Answer: part

Question: What is the difference between the highest and lowest preference scores for the 'market' object category?

Answer: 7

Question: Excluding 'beard', which object category has the lowest total preference score?

Answer: drunk

Question: Is the preference score for 'serum' in the 'movie' category higher than the preference score for 'tone' in the 'market' category?

Answer: No


Question: What is the total sales count of all products in the 'doctor' store?

Answer: 20

Question: What is the average sales count of all the products in all the stores?

Answer: 6.8

Question: : How many "sense" values are there?

Answer: [5]

Question: How many items sold more than 4 units in at least one store?

Answer: four

Question: Which item sold the least units in any shop?

Answer: doctor

Question: How many units did the worst selling item sell in the whole chart?

Answer: 1

Question: How many units of the item call were sold across all the stores?

Answer: 27

Question: Did the item sense in the store tax sold smaller units than the item doctor in the store lie?

Answer: no

Question: How many units of the item method were sold in the store tax?

Answer: 9

Question: Which item had the lowest total sales across all stores?

Answer: beef

Question: Which store sold the least amount of 'editor'?

Answer: call

Question: What is the difference between the highest and lowest sales figures for any single item across all stores?

Answer: 8

Question: Which two items had the same total sales across all stores?

Answer: beef and call


Question: What is the percentage increase in sales of 'angle' items from Store 3 to Store 1?

Answer: 400%

Question: How many "body" entries are there?

Answer: [5]

Question: : What is the total count of "flash" values across all listed items?

Answer: [5]

Question: What is the beauty figure for entries that have a beauty value of 1?

Answer: [' 1']

SELECT "beauty" FROM Table1 WHERE  "beauty" == ' 1'

Question: What is the campus figure for the item with a body value of 1?

Answer: [' 6']

SELECT "campus" FROM Table1 WHERE  "body" == ' 1'

Question: How many items sold less than 8 units in at least one store?

Answer: five

Question: How many units of the item campus were sold across all the stores?

Answer: 32

Question: Did the item beauty in the store means sold larger units than the item body in the store tail?

Answer: no

Question: How many units of the item body were sold in the store angle?

Answer: 5

Question: Which store sells the most 'device' items?

Answer: campus

Question: What is the total number of 'flash' items sold across all stores?

Answer: 36

Question: Which item has the smallest difference in sales between the 'none' and 'body' stores?

Answer: tail

Question: Is the combined total sales of 'angle' and 'means' items in the 'campus' store greater than the total sales of 'corps' items across all stores?

Answer: No


Question: What is the difference in sales of 'flavor' and 'worker' in store 2?

Answer: The difference in sales of 'flavor' and 'worker' in store 2 is 3.

Question: How many different lunch sales figures are there?

Answer: [5]

Question: Which item had 1 sale during lunch?

Answer: [' gas']

SELECT "None" FROM Table1 WHERE  "lunch" == '1'

Question: How many items sold more than 7 units in at least one store?

Answer: four

Question: Which item sold the most units in any shop?

Answer: beard

Question: How many units did the best selling item sell in the whole chart?

Answer: 9

Question: How many units of the item beard were sold across all the stores?

Answer: 37

Question: Did the item murder in the store legend sold larger units than the item worker in the store gas?

Answer: yes

Question: How many units of the item worker were sold in the store legend?

Answer: 5

Question: How many groups of bars are there?

Answer: five

Question: Which item had the highest total sales across all stores?

Answer: murder

Question: What is the difference between the highest and lowest sales figures for the 'lunch' item?

Answer: 6

Question: In which store did the 'worker' item sell the least?

Answer: gas

Question: What is the ratio of 'shore' sales to 'beard' sales in the 'church' store?

Answer: 1


Question: How many different types of "rock" are there?

Answer: [5]

Question: How many "rock" entries are there in the table?

Answer: [5]

Question: What is the most preferred object when cotton's preference value is 6?

Answer: [' stake']

SELECT "None" FROM Table1 WHERE  "cotton" == ' 6'

Question: What is the preference for cotton for objects that have a preference level of 5 for killer?

Answer: [' 6', ' 2', ' 9']

SELECT "cotton" FROM Table1 WHERE  "killer" == ' 5'

Question: How many total people preferred the object rock across all the categories?

Answer: 26

Question: How many people prefer the object killer in the category fury?

Answer: 2

Question: Which object is most preferred with 'fury'?

Answer: cotton

Question: Is 'rock' the least preferred object for both 'fury' and 'bullet'?

Answer: Yes

Question: Which object has the same preference level for 'fog' and 'clerk'?

Answer: fog

Question: Excluding 'fun', which object is preferred equally by 'stake' and 'bullet'?

Answer: killer


Question: By what percentage is the average accuracy of the 'arm' algorithm greater than the 'role' algorithm?

Answer: 33.3333333333%

Question: What is the difference in average accuracy of the 'harm' and 'role' algorithms?

Answer: 2

Question: What is the harm value for the entry with an arm value of 2?

Answer: [' 8']

SELECT "harm" FROM Table1 WHERE  "arm" == '2'

Question: What role does an algorithm play when the region value is 1?

Answer: [' 8']

SELECT "role" FROM Table1 WHERE  "region" == ' 1'

Question: How many algorithms have accuracy higher than 4 in at least one dataset?

Answer: four

Question: Which algorithm has lowest accuracy for any dataset?

Answer: region

Question: What is the lowest accuracy reported in the whole chart?

Answer: 1

Question: What is the sum of accuracies of the algorithm harm for all the datasets?

Answer: 26

Question: What is the accuracy of the algorithm region in the dataset eye?

Answer: 9

Question: Is the accuracy of the algorithm region in the dataset screen smaller than the accuracy of the algorithm role in the dataset killer?

Answer: no

Question: Which dataset has the highest average accuracy across all algorithms?

Answer: role

Question: Is the 'eye' algorithm more accurate on the 'region' dataset than the 'myth' algorithm?

Answer: True

Question: Which algorithm performs the worst on the 'arm' dataset?

Answer: killer

Question: What is the difference between the highest and lowest accuracy scores for the 'spite' algorithm across all datasets?

Answer: 7


Question: By what percentage is the algorithm's performance in the 'leaf' dataset higher than the 'button' dataset?

Answer: The algorithm's performance in the 'leaf' dataset is 21.43% higher than the 'button' dataset.

Question: How many accuracy figures are available for the "spell" dataset?

Answer: [5]

Question: How many algorithms have accuracy lower than 6 in at least one dataset?

Answer: five

Question: What is the sum of accuracies of the algorithm spell for all the datasets?

Answer: 33

Question: What is the accuracy of the algorithm breast in the dataset seal?

Answer: 3

Question: Is the accuracy of the algorithm button in the dataset rebel larger than the accuracy of the algorithm breast in the dataset leaf?

Answer: no

Question: Which dataset shows the least difference between the accuracy values for the 'devil' and 'button' algorithms?

Answer: spur

Question: Is the accuracy of the 'spell' algorithm consistently higher than the 'breast' algorithm across all datasets?

Answer: No

Question: Which algorithm has the highest accuracy on the 'leaf' dataset?

Answer: button

Question: What is the average accuracy of the 'shelf' algorithm across all datasets?

Answer: 4.8


Question: How many objects are rated on calmness?

Answer: [5]

Question: What is the preference for 'tower' where the preference for 'bluff' is 90?

Answer: [' 80']

SELECT "tower" FROM Table1 WHERE  "bluff" == ' 90'

Question: What percentage of people prefer the object aunt in the category carpet?

Answer: 10

Question: Is the value of aunt in twist smaller than the value of tower in bloc?

Answer: no

Question: Which object is most preferred by humans?

Answer: cork

Question: Is 'bloc' preferred more than 'dough' for 'calm'?

Answer: No

Question: Which object has the least preference variation across all categories?

Answer: tower

Question: What is the average preference score for 'bluff' across all objects?

Answer: 48


Question: By what percentage is the average of mate equal to the average of tower?

Answer: The percentage is -4.16666666667%

Question: How many stores have recorded sales figures for "dash"?

Answer: [5]

Question: What is the usage figure for items where the tap figure is 6?

Answer: ['1', '6']

SELECT "usage" FROM Table1 WHERE  "tap" == '6'

Question: What are the sales figures for "sketch" where the sales figure is equal to 1?

Answer: [' 1', ' 1']

SELECT "sketch" FROM Table1 WHERE  "sketch" == ' 1'

Question: How many items sold less than 6 units in at least one store?

Answer: five

Question: Which item sold the most units in any shop?

Answer: sketch

Question: How many units did the best selling item sell in the whole chart?

Answer: 9

Question: How many units of the item tap were sold across all the stores?

Answer: 17

Question: Did the item tower in the store aunt sold smaller units than the item tap in the store surge?

Answer: yes

Question: How many units of the item tower were sold in the store surge?

Answer: 7

Question: Which item had the lowest total sales across all stores?

Answer: tap

Question: What is the difference in total sales between the highest selling 'dash' and the lowest selling 'dash'?

Answer: 5

Question: Which store sold the most 'pole' items?

Answer: sketch

Question: Is the combined sales of 'mate' and 'surge' in the 'tower' store greater than the combined sales of 'fine' and 'aunt' in the same store?

Answer: Yes


Question: For what spike/sec value in the synj1^{Q296X} category was the maximum value recorded?

Answer: At 1 spike/sec

Question: What is the sum of the first quartile values across all entries in the Spikes/sec table?

Answer: [28.555932203389848]

SELECT SUM("first_quartile") FROM Table1

Question: What is the highest spikes/sec achieved, considering only those legends and columns where the maximum spikes/sec is greater than the minimum spikes/sec?

Answer: [29.816949152542374, 22.596610169491527, 20.4, 12.26440677966102]

SELECT "max" FROM Table1  WHERE  "max" > "min" ORDER BY "max" DESC NULLS LAST

Question: Which legend and column combination has the highest recorded maximum Spikes/sec?

Answer: WT, column 1

Question: What is the difference between the first and third quartile Spikes/sec for 'synj1^{Q296X}' in column 1?

Answer: 10.25083

Question: Is the median Spikes/sec for 'WT' in column 15 higher than the median Spikes/sec for 'WT' in column 1?

Answer: No

Question: For 'synj1^{Q296X}' in column 15, is the maximum Spikes/sec less than twice the first quartile Spikes/sec?

Answer: No

Spikes/sec


Question: What is the approximate average of Total serum folate at 2 hrs post 1st slice?

Answer: Approximate average of Total serum folate at 2 hrs post 1st slice is 17.05144

Question: What is the average first quartile value across all records in the table?

Answer: [6.23991935483871]

SELECT AVG("first_quartile") FROM Table1

Question: How many legends have a minimum mcg/L greater than or equal to 8.497983870967742?

Answer: [1]

SELECT COUNT("legend") FROM Table1 WHERE  "min" >= 8.497983870967742

Question: What is the sum of the third quartile values for total serum folate and serum unmetabolised folic acid levels, considering instances where the minimum level is less than 0.5913978494623652 mcg/L, or the first quartile level surpasses the median level, or the median level is less than the third quartile level?

Answer: [114.45228494623656]

SELECT SUM("third_quartile") FROM Table1 WHERE  "min" < 0.5913978494623652  OR "first_quartile" > "median" OR "median" < "third_quartile"

Question: What is the median Total serum folate and Serum unmetabolised folic acid level across all time intervals, ordered from the lowest to the highest median value, for instances where the maximum observed value exceeds the first quartile value?

Answer: [0.406586021505375, 1.2063172043010744, 1.2768817204301068, 1.4650537634408596, 1.4885752688172036, 15.178091397849464, 15.366263440860218, 16.02486559139785, 16.14247311827957, 17.247983870967744]

SELECT "median" FROM Table1  WHERE  "max" > "first_quartile" ORDER BY "median" ASC NULLS LAST

Question: What is the difference between the maximum "Total serum folate" and minimum "Total serum folate" observed across all time points?

Answer: 24.69755

Question: For "Serum unmetabolised folic acid", is the median value consistently higher post 1st slice compared to pre 1st slice?

Answer: Yes

Question: Which time point has the largest range between the first and third quartile for "Total serum folate"?

Answer: 2 hrs post 2nd slice

Question: Is it true that for all time points, the first quartile of "Serum unmetabolised folic acid" is always greater than the minimum value?

Answer: Yes

mcg/L

Pre 1st slice
1hour post 1st slice
2hrs post 1st slice
1 hour post 2nd slice
2 hrs post 2nd slice


Question: What is the average years of life lost to communicable diseases in 2002?

Answer: 39.6251285714

Question: What is the sum of the third quartile values across all the records in the Years of Life Lost (%) data?

Answer: [629.5987158908508]

SELECT SUM("third_quartile") FROM Table1

Question: What is the minimum first quartile percentage of years of life lost for countries with a minimum percentage less than or equal to the third quartile percentage or a minimum percentage greater than 16.55%?

Answer: [4.419475655430716]

SELECT MIN("first_quartile") FROM Table1 WHERE  "min" > 16.554307116104887  OR "median" <= "third_quartile"

Question: What is the highest median percentage of years of life lost for categories that either have a first quartile value of 18.28785446762976 or where the minimum observed value exceeds the maximum observed value?

Answer: [23.873729266987706]

SELECT MAX("median") FROM Table1 WHERE  "first_quartile" == 18.28785446762976  OR "min" >= "max"

Question: What is the minimum percentage of years of life lost for the categories that simultaneously satisfy the following conditions: the third quartile exceeds 70.55%, the first quartile differs from the third quartile, and the third quartile is greater than or equal to the median, ordered in ascending order of the minimum percentage?

Answer: [15.527019796682726, 45.31835205992511, 70.23006955591227]

SELECT "min" FROM Table1 WHERE  "third_quartile" > 70.55109684323168  AND "first_quartile" <> "third_quartile" AND "third_quartile" >= "median" ORDER BY "min" ASC NULLS LAST

Question: What is the lowest median percentage of years of life lost for categories that either have a maximum percentage that is not 87.18% and whose median percentage differs from its first quartile percentage, or whose first quartile percentage is less than or equal to its maximum percentage?

Answer: [6.923488496522227]

SELECT MIN("median") FROM Table1 WHERE  "max" <> 87.18031032637775  AND "median" <> "first_quartile" OR "first_quartile" <= "max"

Question: "Which column in 2002 has the highest maximum percentage of Years of life lost to communicable diseases?"

Answer: Insecure

Question: "What is the median percentage of Years of life lost to non-communicable diseases in 'Residual' column in 2002?"

Answer: 72.4131

Question: "Is the minimum percentage of Years of life lost to communicable diseases in 'Post-Communist' column greater than the minimum percentage of Years of life lost to non-communicable diseases in the same column in 2002?"

Answer: False

Question: "For 'Years of life lost to non-communicable diseases' in 2002, which column has a higher median: 'Informal' or 'Post-Communist'?"

Answer: Informal

Years of Life Lost (%)

Years of life lost to communicable diseases (%), 2002

Years of life lost to non-communicable diseases (%), 2002

Residual
emerging
Informal
Post-Communist
Less Successful Informal
Insecure


Question: What is the ratio of the median of Chlorpyrifos estimates to the median of Diazinon ND=LOD/2 category?

Answer: The ratio of the median of Chlorpyrifos estimates to the median of Diazinon ND=LOD/2 category is 0.9739019927.

Question: What is the approximate average of the median values for all the categories of Chlorpyrifos?

Answer: The approximate average of the median values for all the categories of Chlorpyrifos is 0.4986905714.

Question: What is the minimum dietary exposure for the substances where the median and first quartile exposures are equal, sorted in ascending order?

Answer: [-0.0057010135135133, 0.0038006756756758]

SELECT "min" FROM Table1  WHERE  "median" == "first_quartile" ORDER BY "min" ASC NULLS LAST

Question: What is the lowest first quartile dietary exposure for entries where the first quartile exposure is less than the maximum exposure?

Answer: [-0.0057010135135133]

SELECT MIN("first_quartile") FROM Table1  WHERE  "first_quartile" < "max"

Question: "For the Estimated column, what is the difference between the maximum dietary exposure of Chlorpyrifos and Diazinon?"

Answer: 2.584462

Question: "Which column, ND=0, ND=LOD /2, or ND=LOD, has the smallest median value for Chlorpyrifos?"

Answer: ND=0

Question: "What is the average third quartile value for Diazinon across all the columns?"

Answer: 0.4839332266666667

Question: "Is the first quartile of dietary exposure for Chlorpyrifos in the 'Estimated' column greater than the first quartile for Diazinon in the same column?"

Answer: true

Dietary Exposure (ug/ml)


Question: : How many legends have a third quartile normalized SMOX probe expression greater than or equal to 12.72581204053091?

Answer: [2]

SELECT COUNT("legend") FROM Table1 WHERE  "third_quartile" >= 12.72581204053091

Question: Which legends have a median SMOX probe expression value different from 12.29 or a third quartile value greater than or equal to the minimum value?

Answer: ['controls', 'controls', 'PD', 'PD']

SELECT "legend" FROM Table1 WHERE  "median" <> 12.294824508454182  OR "third_quartile" >= "min"

Question: : What is the lowest first quartile Normalized SMOX probe expression value across all legends and columns where the third quartile value is not 11.694859992328348 and the third quartile value is greater than or equal to the first quartile value?

Answer: [12.182797754802465]

SELECT MIN("first_quartile") FROM Table1 WHERE  "third_quartile" <> 11.694859992328348  AND "third_quartile" >= "first_quartile"

Question: What is the average first quartile Normalized SMOX probe experession for entries where the third quartile value is greater than or equal to the median value?

Answer: [12.173384473259187]

SELECT AVG("first_quartile") FROM Table1  WHERE  "third_quartile" >= "median"

Question: : What is the first quartile normalized SMOX probe expression value for entries where the first quartile value is at least 12.839042470629163, the maximum value is larger than the minimum value, or the minimum value is at least the median value? Order the results by the first quartile in ascending order.

Answer: [11.39275328312644, 12.182797754802465, 12.278944384478685, 12.839042470629163]

SELECT "first_quartile" FROM Table1 WHERE  "first_quartile" >= 12.839042470629163  OR "max" > "min" OR "min" >= "median" ORDER BY "first_quartile" ASC NULLS LAST

Question: Which group has the highest median normalized SMOX probe expression?

Answer: PD, GG (N=19)

Question: Is the third quartile of normalized SMOX probe expression in the controls GG group higher than the first quartile in the PD GG group?

Answer: No

Question: What is the range of normalized SMOX probe expression observed in the controls AG/AA group?

Answer: 0.4803

Question: Which group has the least variation in normalized SMOX probe expression based on the interquartile range?

Answer: controls AG/AA (N=5)

Normalized SMOX probe experession


Question: List the countries with the highest infant mortality rates (per 1,000 live births) in 2004.

Answer: Less Successful Informal, Insecure, Post-Communist have the highest infant mortality rates in 2004.

Question: List the countries with a maternal mortality rate (per 100,000 live births) above 100 in 2000.

Answer: Less Successful Informal, Insecure, Post-Communist have a maternal mortality rate above 100 in 2000.

Question: What is the largest minimum mortality rate across all the given legends and columns?

Answer: [295.6793228833875]

Question: What is the highest maximum mortality rate across all categories, considering those with a third quartile mortality rate below 577.5007546322175 or those where the median mortality rate is less than the third quartile mortality rate, excluding cases where the third quartile and minimum mortality rates are equal?

Answer: [1742.4628105520512, 1039.3710021730196, 441.6736383329897, 260.3720721480495, 253.6748908993305, 204.17734987039452, 148.65088937534, 145.4324436690689, 134.70681417731518, 120.74204111560556, 94.90524156571978, 83.42024464268258, 69.09556115837967, 53.13438076536636, 37.59453237756595, 36.62436023140213, 32.47026924726671, 29.42442217573813, 29.42442217573813, 21.18921107884275, 19.62650868919317, 19.62650868919317, 16.838351772164348, 11.863155195714938]

SELECT "max" FROM Table1 WHERE  "third_quartile" < 577.5007546322175  OR "median" < "third_quartile" AND "third_quartile" <> "min" ORDER BY "max" DESC NULLS LAST

Question: What is the median Neonatal mortality rate (per 1,000 live births) in 2000 for groups where the third quartile mortality rate is less than the maximum mortality rate, or the maximum mortality rate is equal to the first quartile mortality rate? Order the results by the median Neonatal mortality rate in ascending order.

Answer: [5.394816013196671, 11.355017063191829, 14.765981359768013, 16.294470885043353, 20.281607159850758, 39.11007764645354]

SELECT "median" FROM Table1 WHERE  "legend" == 'Neonatal mortality rate (per 1,000 live births), 2000'  AND "third_quartile" < "max" OR "max" == "first_quartile" ORDER BY "median" ASC NULLS LAST

Question: What is the highest maximum mortality rate across all categories and years, where the first quartile mortality rate is less than or equal to the third quartile rate and the third quartile rate is greater than the median rate?

Answer: [1742.4628105520512]

SELECT MAX("max") FROM Table1  WHERE  "first_quartile" <= "third_quartile" AND "third_quartile" > "median"

Question: What is the third quartile neonatal mortality rate (per 1,000 live births) in 2000 for all categories where the median mortality rate falls between the maximum and third quartile mortality rate?

Answer: [1131.893751601162, 577.5007546322175, 227.7920770104745, 201.9549290742943, 164.038375096549, 139.2030916025153, 116.84205795078564, 110.62000446615905, 78.79295905451227, 67.59957070001737, 56.60772901649396, 54.90791329374192, 44.11363396755319, 40.86025747511479, 29.42442217573813, 25.976184254461987, 25.522168733799237, 25.522168733799237, 21.6581320685165, 18.785840476669275, 14.60525724384817, 12.807723649875884, 11.109169183873814, 8.266996248051383]

SELECT "third_quartile" FROM Table1 WHERE  "legend" == 'Neonatal mortality rate (per 1,000 live births), 2000'  OR "third_quartile" >= "median" AND "median" <= "max" ORDER BY "third_quartile" DESC NULLS LAST

Question: "Which column has the highest maximum Maternal mortality rate (per 100,000 live births) in 2000?"

Answer: Insecure

Question: "What is the average median Under-5 mortality rate (per 1,000 live births) across all columns in 2004?"

Answer: 53.48

Question: "Is the first quartile of the Infant mortality rate (per 1,000 live births) in 2004 for the 'Emerging' column higher than the first quartile for the 'Residual' column?"

Answer: Yes

Question: "Which column has the lowest minimum Neonatal mortality rate (per 1,000 live births) in 2000?"

Answer: Residual

Mortality Rate

Maternal mortality rate (per 100,000 live births), 2000

Under-5 mortality rate (per 1,000 live births), 2004

Infant mortality rate (per 1,000 live births) 2004

Residual
Emerging
Informal
Post-Communist
Less Successful Informal
Insecure


Question: Between which two ranges does the percentage of mass for road B in the 0.60-1.18 quartile fall?

Answer: The percentage of mass falls between 5.61448 and 10.1299

Question: What is the ascending order of the maximum percentage of mass for different road types and their corresponding column values, where the first quartile of the percentage of mass is greater than or equal to the third quartile or the third quartile is not equal to the minimum percentage of mass?

Answer: [2.604188853390131, 3.1721689740859085, 3.541356052538161, 8.724174653887117, 9.277955271565505, 9.732339368122116, 10.12992545260916, 11.890663826766064, 12.572239971600991, 15.72858664232466, 19.73284649322988, 22.544348090673967, 22.73908413205537, 23.371976266544955, 23.51802829758101, 24.29697246310665, 24.78381256656017, 25.66012475277651, 25.806176783812564, 29.40879354936863, 32.76799026319793]

SELECT "max" FROM Table1  WHERE  "first_quartile" >= "third_quartile" OR "third_quartile" <> "min" ORDER BY "max" ASC NULLS LAST

Question: What is the maximum minimum percentage of mass for C roads that is either less than its median percentage of mass or the median percentage of mass is less than or equal to its third quartile percentage of mass?

Answer: [21.631522896698613]

SELECT MAX("min") FROM Table1 WHERE  "legend" == 'C road'  AND "min" < "median" OR "median" <= "third_quartile"

Question: "For 'C road', which 'column' has the highest 'median' value?"

Answer: 0.15-0.30

Question: "Is the 'first_quartile' value for 'A road' with 'column' '0.075-0.15' greater than the 'first_quartile' value for 'B road' with 'column' '<0.075'?"

Answer: true

Question: "What is the average 'max' value for all roads with 'column' '2.36-4.75'?"

Answer: 6.23925

Question: "Which road ('legend') has the smallest difference between its maximum and minimum 'median' values across all 'column's?"

Answer: B road

Percentage of mass


Question: What is the ratio of the max number of calls on Thursday and the max on Friday?

Answer: The ratio is 1.1625. Approximately (1 to 1)

Question: What is the median value for all the figures where the third quartile is greater than or equal to the first quartile, or the first quartile is greater than the maximum, ordered from the highest median value to the lowest?

Answer: [113.7270550678372, 112.2905027932961, 105.58659217877096, 72.5458898643256, 61.05347166799677, 29.44932162809259, 27.53391859537108, 25.61851556264962, 25.61851556264962, 16.99920191540302, 12.210694333599344, 8.858739026336776, 7.901037509976069, 6.464485235434961, 5.985634477254608, 4.070231444533099, 4.070231444533099, -0.2394253790901767, -0.2394253790901767, -0.7182761372705301, -2.154828411811638]

SELECT "median" FROM Table1  WHERE  "third_quartile" >= "first_quartile" OR "first_quartile" > "max" ORDER BY "median" DESC NULLS LAST

Question: What is the average median number of calls for the days where the median number of calls is less than the third quartile?

Answer: [73.77722038536083]

SELECT AVG("median") FROM Table1 WHERE  "legend" == 'Number of calls'  AND "median" < "third_quartile"

Question: What day of the week has the highest median number of calls?

Answer: M

Question: Is the third quartile for the number of calls on Wednesday higher than the first quartile for the number of calls on Thursday?

Answer: true

Question: Which day of the week has the lowest maximum 'TARP for Quit' value?

Answer: Thursday and Friday

Question: What is the difference between the maximum 'Number of calls' and the maximum 'TARP for NRT' on Sunday?

Answer: 1.4365

number


Question: What is the minimum value of the third quartile for the figures with legend R2?

Answer: [-0.1031345672926884]

SELECT MIN("third_quartile") FROM Table1 WHERE  "legend" == 'R2'

Question: What is the lowest third quartile figure, from all legends and columns, that is greater than or equal to 0.6660045402951189 where the maximum figure is not equal to the median figure or the median figure is greater than the minimum figure?

Answer: [-0.1031345672926884]

SELECT MIN("third_quartile") FROM Table1 WHERE  "third_quartile" >= 0.6660045402951189  AND "max" <> "median" OR "median" > "min"

FC(Te)


Question: What is the sum of the first quartile values across all legends and columns?

Answer: [2.3114833697499395]

SELECT SUM("first_quartile") FROM Table1

Question: How many distinct ancestries are represented in the data where the maximum value for a specific column is not 0.9684389414906532?

Answer: [8]

SELECT COUNT("legend") FROM Table1 WHERE  "max" <> 0.9684389414906532

Question: How many columns exhibit a third quartile value exceeding their corresponding first quartile value?

Answer: [9]

SELECT COUNT("column") FROM Table1  WHERE  "third_quartile" > "first_quartile"

Question: What is the lowest first quartile figure among all the groups where either the first quartile figure exceeds its corresponding minimum figure or the minimum figure is different from the median figure?

Answer: [0.0135146071052844]

SELECT MIN("first_quartile") FROM Table1  WHERE  "first_quartile" > "min" OR "min" <> "median"


Question: In which categories is the median variance less than the third quartile variance?

Answer: The median variance is less than the third quartile variance in the first and last categories.

Question: Is the variance range more extensive in the second or the third category?

Answer: The variance range is more extensive in the second category.

Question: How many columns exhibit a minimum genetic variance explained that surpasses or equals their maximum genetic variance explained?

Answer: [0]

SELECT COUNT("column") FROM Table1  WHERE  "min" >= "max"

Question: What is the lowest third quartile figure for genetic variance explained where the first quartile figure is not 18.79401052205584 or the maximum is less than or equal to the minimum?

Answer: [42.565762849048966]

SELECT MIN("third_quartile") FROM Table1 WHERE  "first_quartile" <> 18.79401052205584  OR "max" <= "min"

Question: : What is the first quartile genetic variance explained for all records where the third quartile is greater than the minimum, ordered in ascending order of the first quartile?

Answer: [18.79401052205584, 27.875354107648725, 46.52367462565763]

SELECT "first_quartile" FROM Table1  WHERE  "third_quartile" > "min" ORDER BY "first_quartile" ASC NULLS LAST

Question: What is the difference between the maximum and minimum genetic variance explained for the category represented by 0.2 in the legend?

Answer: 59.36869

Question: For the category represented by 0.5 in the legend, is the genetic variance explained distribution skewed?

Answer: The distribution appears to be left skewed.

Question: Which legend category exhibits the smallest range of genetic variance explained?

Answer: The category represented by 0.8 has the smallest range of genetic variance explained (20.9066).

Question: Is the median genetic variance explained consistently increasing with the increase in the legend values?

Answer: Yes, the median genetic variance explained increases from 27.8025 to 37.2238 and further to 50.2388 as the legend value increases from 0.2 to 0.5 and then to 0.8, indicating a positive trend.

Genetic variance explained


Question: What is the highest first quartile value observed across all columns and presence/absence of E.coli?

Answer: [2.267049533381192]

SELECT MAX("first_quartile") FROM Table1

Question: How many entries are there with a median value less than 3.840631730078966?

Answer: [9]

SELECT COUNT("legend") FROM Table1 WHERE  "median" < 3.840631730078966

Question: "What is the difference between the minimum values observed for 'E.coli Present' and 'E.coli Absent' in Water?"

Answer: 0.017229

Question: "For 'E.coli Absent', which column has the largest median?"

Answer: Fertilizer

Question: "Is the third quartile for 'E.coli Present' in Soil greater than the maximum value for 'E.coli Absent' in Soil?"

Answer: false

Question: "What can we say about the spread of data for 'E.coli Present' and 'E.coli Absent' in Strawberry?"

Answer: The data for 'E.coli Absent' in Strawberry is more concentrated than 'E.coli Present' data.

E.coli

Strawberry Leafy\ngreens Water Soil Fertilizer


Question: What is the average third quartile bias in the number of hot days (with a maximum temperature greater than 35 degrees Celsius) for which the median bias is greater than the first quartile bias?

Answer: [-0.29001584786053913]

SELECT AVG("third_quartile") FROM Table1  WHERE  "median" > "first_quartile"

Question: What is the lowest median bias in the average number of hot days, considering only the months where the first quartile bias differs from the third quartile bias?

Answer: [-1.4960380348652933]

SELECT MIN("median") FROM Table1  WHERE  "third_quartile" <> "first_quartile"

Question: What is the highest first quartile bias in the average number of hot days (with a maximum temperature greater than 35 degrees Celsius) for any given legend and month where the third quartile bias is less than or equal to the minimum bias?

Answer: [-0.0126782884310621]

SELECT MAX("first_quartile") FROM Table1  WHERE  "third_quartile" <= "min"

Question: "For which month does the ARRM model show the highest median bias?"

Answer: August

Question: "Is the third quartile bias for BCCA in June lower than the first quartile bias for BCCA in September?"

Answer: No

Question: "Which model and month has the lowest minimum bias?"

Answer: BCCA in July

Question: "What is the difference between the maximum bias in August and minimum bias in July for the ARRM model?"

Answer: 1.762282

Bias in Average Number of Hot Days with Tmax > 35degC (Number of Days)


Question: In which age group and gender is the median serum vitamin D level the highest?

Answer: The median serum vitamin D level is highest in males aged 60-69

Question: What is the highest first quartile vitamin D level among all age groups and genders?

Answer: [19.64949548592672]

SELECT MAX("first_quartile") FROM Table1

Question: What is the average maximum serum vitamin D level among all age groups and genders where either the median serum vitamin D level is not 26.340945300053125 nmol/l, or the maximum level is less than the third quartile level and the third quartile level is greater than the first quartile level?

Answer: [64.31816840738776]

SELECT AVG("max") FROM Table1 WHERE  "median" <> 26.340945300053125  OR "max" < "third_quartile" AND "third_quartile" > "first_quartile"

Question: What is the maximum serum vitamin D level across all age groups and genders where the first quartile vitamin D level is less than the median vitamin D level and the third quartile vitamin D level is greater than or equal to the first quartile vitamin D level?

Answer: [167.07381837493364]

SELECT MAX("max") FROM Table1  WHERE  "third_quartile" >= "first_quartile" AND "first_quartile" < "median"

Question: What are the first quartile serum vitamin D levels, sorted in descending order, for females where either the maximum level is less than or equal to the first quartile level or the first quartile level is not equal to the median level?

Answer: [19.64949548592672, 19.64949548592672, 19.012214551248015, 18.48114710568243, 18.37493361656932, 17.950079660116845, 17.950079660116845, 15.825809877854496, 13.701540095592147, 13.170472650026564]

SELECT "first_quartile" FROM Table1 WHERE  "legend" == 'female'  AND "max" <= "first_quartile" OR "first_quartile" <> "median" ORDER BY "first_quartile" DESC NULLS LAST

Question: Which gender and age group reflects the highest maximum serum Vitamin D level?

Answer: Females aged 60-69

Question: Is it true that the minimum serum Vitamin D level for females in the age group 30-39 is lower than the minimum level for females in the age group 40-49?

Answer: True

Question: What is the average median serum Vitamin D level for males across all age groups?

Answer: 24.19542

Question: Is the first quartile of serum Vitamin D level for females in the age group 20-29 the same as the median for females in the age group 30-39?

Answer: False

Serum Vitamin D Level (nmol/l)


Question: What is the difference in cognition time between professionals and non-professionals in the second quarter?

Answer: The difference in cognition time between professionals and non-professionals in the second quarter is 10.86.

Question: How many distinct legends have a maximum cognition time greater than or equal to their first quartile cognition time?

Answer: [8]

SELECT COUNT("legend") FROM Table1  WHERE  "max" >= "first_quartile"

Question: How many legends have a median cognition time between the third quartile and a value of 1207.89?

Answer: [0]

SELECT COUNT("legend") FROM Table1 WHERE  "median" <= 1207.8982225918735  AND "median" > "third_quartile"

Cognition Time


Question: What is the difference between the third quartile preferences of Middle-Aged and Seniors?

Answer: 28

Question: By what percentage are the minimum preferences for Young Adults more than Middle-Aged?

Answer: 71.42857142857143%

Question: In which group's minimum and 1st quartile preferences do we observe the smallest difference?

Answer: Seniors

Question: How many young adults are there for demographics where senior preferences are more than 67 or young adult preferences are greater than middle-aged preferences?

Answer: [5]

SELECT COUNT("Young Adults") FROM Table1 WHERE  "Seniors " > 67  OR "Young Adults" > "Middle Aged"

Question: How many senior figures are there where the young adult figure surpasses the middle-aged figure?

Answer: [5]

SELECT COUNT("Seniors ") FROM Table1  WHERE  "Young Adults" > "Middle Aged"

Question: How many senior figures are there for entries where the young adult figure is less than the middle aged figure?

Answer: [0]

SELECT COUNT("Seniors ") FROM Table1  WHERE  "Young Adults" < "Middle Aged"

Question: What are the reading preferences of seniors, ordered from highest to lowest, in cases where young adults have higher reading preferences than middle-aged individuals?

Answer: [80, 67, 46, 29, 20]

SELECT "Seniors " FROM Table1  WHERE  "Young Adults" > "Middle Aged" ORDER BY "Seniors " DESC NULLS LAST

Question: How many middle-aged individuals show reading preferences where the young adults' preferences are equal to or greater than their own?

Answer: [5]

SELECT COUNT("Middle Aged") FROM Table1  WHERE  "Young Adults" >= "Middle Aged"

Question: How many middle-aged individuals have reading preferences that align with young adults, specifically within the range where young adults exhibit preferences of 60 or more, but not exceeding the preferences observed among middle-aged individuals?

Answer: [0]

SELECT COUNT("Middle Aged") FROM Table1 WHERE  "Young Adults" >= 60  AND "Young Adults" <= "Middle Aged"

Question: How many young adults have a preference value less than 95, considering only the unique preferences of young adults compared to middle-aged individuals?

Answer: [2]

SELECT COUNT("Young Adults") FROM Table1 WHERE  "Young Adults" < 95  AND "Young Adults" <> "Middle Aged"

Question: Which age group demonstrates the widest range in reading preferences, and what is the range?

Answer: Middle Aged with a range of 85

Question: What is the median reading preference for the entire population represented in the table?

Answer: Between 78 and 95

Question: If a bookstore wanted to target the top 25% of readers in each age group with a special promotion, what minimum number of books should they recommend for each group to purchase?

Answer: Seniors: 67 books, Middle Aged: 95 books, Young Adults: 113 books

Question: Is the difference between the minimum and maximum reading preferences for Seniors greater than the difference for Young Adults?

Answer: No, the difference is smaller

Demographics vs Reading Preferences


Question: What is the difference between the maximum and the 3rd quartile newspaper circulation for Los Angeles Times?

Answer: The difference between the maximum and the 3rd quartile newspaper circulation for Los Angeles Times is 0.15 million

Question: What was the average circulation of newspapers for Washington Post over the years?

Answer: The average circulation of newspapers for Washington Post over the years was 1.11 million

Question: What is the total circulation for the Chicago Tribune across all the circulation metrics?

Answer: [4.545]

SELECT SUM("Chicago Tribune") FROM Table1

Question: What is the minimum circulation of the Chicago Tribune in years when the New York Times circulation surpasses that of the Washington Post?

Answer: [0.88]

SELECT MIN("Chicago Tribune") FROM Table1  WHERE  "New York Times" > "Washington Post"

Question: What is the maximum circulation of the New York Times in years when the Los Angeles Times circulation is less than the Washington Post circulation?

Answer: [1.35]

SELECT MAX("New York Times") FROM Table1  WHERE  "Los Angeles Times" < "Washington Post"

Question: What are the New York Times circulation figures, ordered from highest to lowest, for years when the circulation of the Los Angeles Times was lower than that of the New York Times?

Answer: [1.5, 1.35, 1.2, 1.18, 1.16]

SELECT "New York Times" FROM Table1  WHERE  "Los Angeles Times" < "New York Times" ORDER BY "New York Times" DESC NULLS LAST

Question: What is the New York Times circulation, when the Los Angeles Times circulation is less than 1.15 million and the Washington Post circulation is not equal to the New York Times circulation, ordered from the highest to lowest New York Times circulation?

Answer: [1.2, 1.18, 1.16]

SELECT "New York Times" FROM Table1 WHERE  "Los Angeles Times" < 1.15  AND "Washington Post" <> "New York Times" ORDER BY "New York Times" DESC NULLS LAST

Question: Which newspaper had the highest maximum circulation?

Answer: New York Times

Question: What is the difference between the median circulation of the Washington Post and the first quartile circulation of the Los Angeles Times?

Answer: 0.07 million

Question: Which newspaper has the smallest range in circulation?

Answer: Chicago Tribune

Question: Is the median circulation of New York Times greater than the third quartile circulation of Washington Post?

Answer: Yes

Newspaper Circulation over the years


Question: What percentage of the range of dairy does the range of meat represent?

Answer: 80%

Question: How many vegetable consumption figures are associated with dairy consumption figures of up to 75?

Answer: [3]

SELECT COUNT("Vegetables") FROM Table1 WHERE  "Dairy" <= 75

Question: Is the dairy intake highest in the 15-24 age group?

Answer: Yes

Question: Which food group has the smallest range between the minimum and maximum consumption?

Answer: All food groups have the same range.

Question: What is the difference in median consumption between the food group with the highest median and the food group with the lowest median?

Answer: 30

Question: If a person consumes the median amount of dairy and meat, is their combined consumption of these two food groups greater than the maximum recommended amount of vegetables?

Answer: Yes

Question: What is the average consumption across all food groups at the 3rd quartile?

Answer: 70.33

Food Consumption by Age Groups


Question: Is the lowest value for Space Missions 5?

Answer: Yes

Investments, Satellite Launches and Space Missions over the years


Question: What is the average change in food preference impact from 1970 to 2020?

Answer: 9

Question: What is the percentage change in the median food preference impact from 1970 to 2020?

Answer: Reduction of 21.43%

Question: How many different food cultures were analyzed in 1970 for their impact?

Answer: [5]

Question: How many food cultures had a minimum impact value less than 30 in 1970?

Answer: [1]

SELECT COUNT("1970") FROM Table1 WHERE  "1970" < 30

Question: How many food cultures were analyzed in 1970?

Answer: [5]

Question: How many food cultures had a Minimum Impact, 1st quartile Impact, Median Impact, or 3rd quartile Impact less than or equal to 70 in 1970?

Answer: [5]

SELECT COUNT("1970") FROM Table1 WHERE  "1970" <= 70

Question: : How many food cultures were analyzed in 2020?

Answer: [5]

Question: From the Food Preferences by culture data, what are all the impact figures from 1970 that are less than 30, ordered from lowest to highest?

Answer: [23]

SELECT "1970" FROM Table1 WHERE  "1970" < 30  ORDER BY "1970" ASC NULLS LAST

Question: What are the impact figures in 2020, sorted in ascending order, for cultures where the impact in 1970 was less than or equal to 35?

Answer: [35, 45, 60]

SELECT "2020" FROM Table1 WHERE  "1970" <= 35  ORDER BY "2020" ASC NULLS LAST

Question: What is the percentage of people in American culture that prefer Fast Food diet?

Answer:
85

Question: In which culture does the preference for Seafood diet reach 95 percent?
Answer: Japanese

Question: What is the lowest percentage of people that prefer Vegetarian diet?
Answer: 40

Question: Does Mexican culture have a higher preference for Fast Food diet than Vegetarian diet?
Answer: Yes

Question: Is the highest preference for Vegetarian diet seen in Chinese culture?
Answer: No

Question: What is the difference in the percentage of people who prefer 'Maximum Impact' food between 1970 and 2020?

Answer: 25%

Question: In which year did a higher percentage of people prefer food with 'Minimum Impact' or '1st quartile Impact' combined?

Answer: 2020

Question: Is it true that the percentage of people preferring food with 'Median Impact' has decreased over time?

Answer: True

Question: Which impact level saw the most significant percentage point increase in food preference from 1970 to 2020?

Answer: Maximum Impact

Food Preferences by culture


Question: What is the ratio of the maximum meat consumption data value between Year 1 and Year 2?

Answer: 1.075

Question: What was the percentage decrease in meat consumption data values between Year 2 and Year 3?

Answer: 5.26%

Question: How many figures from Year 1 meet the criteria of having a Year 2 value less than the corresponding Year 3 value?

Answer: [2]

SELECT COUNT("Year 1") FROM Table1  WHERE  "Year 2" < "Year 3"

Question: How many figures are available for meat consumption data in Year 2?

Answer: [5]

Question: How many years saw meat consumption in Year 3 surpass Year 2's consumption or had Year 2's consumption below 165 units?

Answer: [2]

SELECT COUNT("Year 3") FROM Table1 WHERE  "Year 2" < 165  OR "Year 3" > "Year 2"

Question: From the data on meat consumption, in which years was the consumption in year 3 greater than year 2, sorted in ascending order?

Answer: [125, 150]

SELECT "Year 3" FROM Table1  WHERE  "Year 3" > "Year 2" ORDER BY "Year 3" ASC NULLS LAST

Question: From the provided data on meat consumption, how many instances are there where the consumption in Year 1 exceeded 100, or the consumption in Year 2 was equal to or greater than that of Year 3?

Answer: [3]

SELECT COUNT("Year 3") FROM Table1 WHERE  "Year 1" > 100  OR "Year 2" >= "Year 3"

Question: From the data on meat consumption, excluding any years where consumption was 170, and including any years where the consumption matched that of Year 2, what were the consumption figures (ordered from least to greatest)?

Answer: [125, 150, 165]

SELECT "Year 3" FROM Table1 WHERE  "Year 3" <> 170  OR "Year 3" == "Year 2" ORDER BY "Year 3" ASC NULLS LAST

Question: How many figures from Year 1 meet the criteria of having a Year 2 value greater than the corresponding Year 3 value?

Answer: [2]

SELECT COUNT("Year 1") FROM Table1  WHERE  "Year 2" > "Year 3"

Question: What is the title of the chart?

Answer: Changes in global meat consumption

Question: What is the difference between the maximum and minimum meat consumption values for Year 2?

Answer: 200

Question: In Year 1, what percentage of the data falls between the values of 100 and 150?

Answer: 50%

Question: Which year exhibits the least variation in meat consumption based on the provided data?

Answer: Year 3

Question: Is the median meat consumption value consistent across all three years?

Answer: No

Meat Consumption over the years


Question: What is the range for the frequency of hours worked per week in Weightlifting?

Answer: Weightlifting frequency range is between 160 and 212 hours.

Question: Determine the difference between the median frequency for Weightlifting and the maximum frequency for Running?

Answer: The difference is 28 hours.

Question: How many weightlifting frequencies are recorded that are less than or equal to 212?

Answer: [5]

SELECT COUNT("Weightlifting") FROM Table1 WHERE  "Weightlifting" <= 212

Question: How many different running frequency ranges are there in the table?

Answer: [5]

Question: How many running frequencies are there where the yoga frequency meets or exceeds the weightlifting frequency?

Answer: [1]

SELECT COUNT("Running") FROM Table1  WHERE  "Yoga" >= "Weightlifting"

Question: How many weightlifting entries show a running frequency of at most 140 hours, while the yoga frequency surpasses or equals the weightlifting frequency?

Answer: [0]

SELECT COUNT("Weightlifting") FROM Table1 WHERE  "Running" <= 140  AND "Yoga" >= "Weightlifting"

Question: How many figures are available for running hours less than or equal to 220 hours, or weightlifting hours being less than or equal to yoga hours?

Answer: [5]

SELECT COUNT("Running") FROM Table1 WHERE  "Running" <= 220  OR "Weightlifting" <= "Yoga"

Question: What are the weekly hours spent on Yoga, sorted in descending order, for those who dedicate less time to Yoga than Weightlifting and whose maximum weekly Yoga hours do not exceed 220?

Answer: [208, 180, 155, 120]

SELECT "Yoga" FROM Table1 WHERE  "Yoga" <= 220  AND "Yoga" < "Weightlifting" ORDER BY "Yoga" DESC NULLS LAST

Question: How many weightlifting frequency data points are there where the yoga frequency is less than or equal to the weightlifting frequency?

Answer: [4]

SELECT COUNT("Weightlifting") FROM Table1  WHERE  "Yoga" <= "Weightlifting"

Question: What are the weightlifting frequencies, sorted from highest to lowest, for which the yoga frequency meets or exceeds the weightlifting frequency?

Answer: [212]

SELECT "Weightlifting" FROM Table1  WHERE  "Yoga" >= "Weightlifting" ORDER BY "Weightlifting" DESC NULLS LAST

Question: Which activity has the highest variability in hours worked per week based on the interquartile range?

Answer: Weightlifting

Question: Is the median frequency of hours worked per week for Yoga higher than the 1st quartile frequency for Running?

Answer: Yes

Question: What is the difference between the maximum and minimum frequency of hours worked per week for Running?

Answer: 80

Question: Which activity has the smallest range between its median and maximum frequency of hours worked per week?

Answer: Weightlifting

Hours worked per week


Question: In which year was the percentage increase in viewership from morning to evening the highest?

Answer: The highest percentage increase was in the year when the median viewers for the evening was 95 and for the morning it was 70.

Question: Between the years 1990 and 1994, did the morning viewership increase or decrease?

Answer: It increased

Question: How many entries are there where the number of Morning Viewers is at least 50?

Answer: [5]

SELECT COUNT("Afternoon Viewers") FROM Table1 WHERE  "Morning Viewers" >= 50

Question: Which figures for morning viewership correspond to instances where evening viewership surpasses 105 or afternoon viewership meets or exceeds evening viewership, ordered from least to most morning viewership?

Answer: [100]

SELECT "Morning Viewers" FROM Table1 WHERE  "Evening Viewers" > 105  OR "Afternoon Viewers" >= "Evening Viewers" ORDER BY "Morning Viewers" ASC NULLS LAST

Question: From the Obesity Trends over the Years, on the days when the Afternoon Viewers were less than or equal to the Evening Viewers, how many people were watching in the morning? Order from least to greatest.

Answer: [50, 60, 70, 80, 100]

SELECT "Morning Viewers" FROM Table1  WHERE  "Afternoon Viewers" <= "Evening Viewers" ORDER BY "Morning Viewers" ASC NULLS LAST

Question: How many data points are there where the number of evening viewers is less than or equal to 105 and the number of evening viewers is less than or equal to the number of afternoon viewers?

Answer: [0]

SELECT COUNT("Evening Viewers") FROM Table1 WHERE  "Evening Viewers" <= 105  AND "Evening Viewers" <= "Afternoon Viewers"

Question: How many instances are there where the afternoon viewership figure is less than or equal to 70 or the evening viewership figure is less than the afternoon viewership figure?

Answer: [2]

SELECT COUNT("Afternoon Viewers") FROM Table1 WHERE  "Afternoon Viewers" <= 70  OR "Evening Viewers" < "Afternoon Viewers"

Question: What is the morning viewership when the evening viewership is exactly 80 and higher than the afternoon viewership? Order the results from the highest morning viewership to the lowest.

Answer: [50]

SELECT "Morning Viewers" FROM Table1 WHERE  "Evening Viewers" == 80  AND "Evening Viewers" > "Afternoon Viewers" ORDER BY "Morning Viewers" DESC NULLS LAST

Question: What is the difference between the maximum number of viewers for the Morning and Evening shows?

Answer: 10

Question: Which show has the largest range in viewers and what is that range?

Answer: Morning, 50

Question: What is the median number of viewers across all shows?

Answer: 75

Question: Is it true that the minimum number of viewers for all shows is always lower than the 1st quartile viewers for all shows?

Answer: True

Obesity Trends over the Years