Prompt:
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what were the shares of manufacturing output of scale-based industries between 1973 to 1975 and 1997 to 1999 respectively?
Answer this question in brief using the provided excel table titled 'average sector output (nominal), average foreign-controlled market shares (nominal), and percentage change in foreign control, by sector'. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.

According to this excel table, the final answer is {"answer": ["34.8", "41.8"]}.


Prompt:
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Look at the Excel screenshot named 'average sector output (nominal), average foreign-controlled market shares (nominal), and percentage change in foreign control, by sector' and give a brief response to the query that follows. Output the answer as JSON in the format {"answer": [<a list of answer strings>]} such as {"answer": ["14.31", "55.98", "April"]}.
Query: what was the percentage change in foreign control in the product-differentiated sector between the 1997-to-1999 and 2009-to-2011 periods?

According to this excel table, the final answer is {"answer": ["14.7"]}.


Prompt:
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what was the percentage change in foreign control at the scale-based sector after 2000?
Give me a concise answer based on the given table about 'average sector output (nominal), average foreign-controlled market shares (nominal), and percentage change in foreign control, by sector'. Your answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["2021-12-04", "72.33"]}.

According to this excel table, the final answer is {"answer": ["7.2"]}.


Prompt:
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what was the percentage change in the share of manufacturing output for natural-resource-based industries between 1973 to 1975 and 1997 to 1999?
Address this question in detail according to the provided excel table whose title is 'average sector output (nominal), average foreign-controlled market shares (nominal), and percentage change in foreign control, by sector'. In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.

Based on the given excel table:
(34.8-14.7)/14.7 = 113.97
Therefore, the final answer is {"answer": ["113.97"]}.


Prompt:
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Looking at the table picture concerning 'average sector output (nominal), average foreign-controlled market shares (nominal), and percentage change in foreign control, by sector', what is the concise answer to the question posed below? Show your answer in the JSON format {"answer": [<a list of answer strings>]}.
what was the percentage change in foreign control in the science-based sector after 2000?

According to this excel table, the final answer is {"answer": ["35.8"]}.


Prompt:
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Looking at the table picture concerning 'average sector output (nominal), average foreign-controlled market shares (nominal), and percentage change in foreign control, by sector', what is the concise answer to the question posed below? Return the result as JSON in the format {"answer": [<a list of answer strings>]}, e.g., {"answer": ["121.28", "USA", "ontario"]}.
what was the average sector output share of natural-resources-based industries in the 2009-to-2011 period?

Based on the table information, the final answer is {"answer": ["26.3"]}.


Prompt:
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Please provide a concise answer to the question below based on the table regarding 'average sector output (nominal), average foreign-controlled market shares (nominal), and percentage change in foreign control, by sector'. Present the final answer in a JSON format {"answer": [<a list of answer strings>]} like {"answer": ["2.27", "41.4"]}.
which sector had the highest initial starting share of foreign control?

According to this excel table, the final answer is {"answer": ["food, beverage and tobacco"]}.


Prompt:
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This is an Excel table about 'college statistics', give a brief answer to the ensuing question:
how many rushing yards did barkley get in 2015?

Format your output as a JSON, using the structure {"answer": [<a list of answer strings>]}.

According to this excel table, the final answer is {"answer": ["1076.0"]}.


Prompt:
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Given the excel table with the title 'cumulative probabilities of permanent retirement before age 62, by er unemployment rate, sex and birth cohort, full models', answer the following question briefly. Present the final answer in a JSON format {"answer": [<a list of answer strings>]} like {"answer": ["2.27", "41.4"]}.
for men, the probabilities of permanent retirement decreased by 29%, what is the high percentage in 1941?

According to this excel table, the final answer is {"answer": ["48.5"]}.


Prompt:
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Based on the excel table titled 'cumulative probabilities of permanent retirement before age 62, by er unemployment rate, sex and birth cohort, full models', can you briefly answer the following question:
for men, the probabilities of permanent retirement decreased by 29%, what is the high percentage in 1946?

Show your answer in the JSON format {"answer": [<a list of answer strings>]}.

Based on the table information, the final answer is {"answer": ["34.5"]}.


Prompt:
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for women, the decline was similar, at close to 31%, what is the high probabilities in 1941 ?
Give me a concise answer based on the given table about 'cumulative probabilities of permanent retirement before age 62, by er unemployment rate, sex and birth cohort, full models'. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]}.

Using the information in the excel table, the answer is {"answer": ["35.1"]}.


Prompt:
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Looking at the table picture concerning 'cumulative probabilities of permanent retirement before age 62, by er unemployment rate, sex and birth cohort, full models', what is the concise answer to the question posed below? Your answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["2021-12-04", "72.33"]}.
for women, the decline was similar, at close to 31%, what is the high probabilities in 1946 ?


Prompt:
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Looking at the table picture concerning 'distribution of revenues by industry and age of business', what is the concise answer to the question posed below? Return the result as JSON in the format {"answer": [<a list of answer strings>]}, e.g., {"answer": ["121.28", "USA", "ontario"]}.
what was the percentage of the share of revenues for employers in born more than 10 years for first nations csds in service?

Based on the table information, the final answer is {"answer": ["27.5"]}.


Prompt:
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Give a concise answer to the following question:
what was the percentage of the share of revenues for employers in born more than 10 years for first nations csds in goods (resource) industries?
Use the provided Excel table as your reference. The table title is 'distribution of revenues by industry and age of business'. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.

According to this excel table, the final answer is {"answer": ["75.7"]}.


Prompt:
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Looking at the table picture concerning 'distribution of revenues by industry and age of business', what is the concise answer to the question posed below? Show your answer in the JSON format {"answer": [<a list of answer strings>]}.
which age group of non-employers in inuit csds in goods (non-resource) industries for which most of the revenues are earned by businesses?

According to this excel table, the final answer is {"answer": ["born between 5 and 10 years"]}.


Prompt:
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View the excel table titled 'distribution of revenues by industry and age of business' and provide a succinct reply to the question presented. Show your answer in the JSON format {"answer": [<a list of answer strings>]}.

what was the percentage of the share of revenues for employers in born more than 10 years for first nations csds in service?

According to this excel table, the final answer is {"answer": ["23.2"]}.


Prompt:
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Please provide a concise answer to the question below based on the table regarding 'distribution of revenues by industry and age of business'. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]}.
what was the percentage of the share of revenues for employers in born more than 10 years for first nations csds in goods (resource) industries?

According to this excel table, the final answer is {"answer": ["71.5"]}.


Prompt:
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Based on the excel table, answer the following question in brief. Format your output as a JSON, using the structure {"answer": [<a list of answer strings>]}.
Table title: distribution of revenues by industry and age of business
Question: which age group of non-employers in inuit csds in goods (non-resource) industries for which most of the revenues are earned by businesses?


Prompt:
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Observe the illustrated table. The title of this table is 'fire safety devices, by province, 2014' and give a brief response to address the subsequent question:
according to the 2014 sepr, what is the percentage of individuals indicated that their homes had a working smoke detector?

Requirements: The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]}.

Based on the table information, the final answer is {"answer": ["99.0"]}.


Prompt:
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Please provide a concise answer to the question below based on the table regarding 'fire safety devices, by province, 2014'. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.
according to the 2014 sepr, what is the percentage of individuals indicated that their homes had a working fire extinguisher?

According to this excel table, the final answer is {"answer": ["66.0"]}.


Prompt:
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Please provide a concise answer to the question below based on the table regarding 'fire safety devices, by province, 2014'. Your answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["2021-12-04", "72.33"]}.
according to the 2014 sepr, what is the percentage of individuals indicated that their homes had a working carbon monoxide detector?

Using the information in the excel table, the answer is {"answer": ["42.0"]}.


Prompt:
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Look at the Excel screenshot named 'number of fire safety measures taken by canadians, by selected characteristics, 2014' and give a brief response to the query that follows. Return the result as JSON in the format {"answer": [<a list of answer strings>]}, e.g., {"answer": ["121.28", "USA", "ontario"]}.
Query: considering age for instance, what is the percentage of young adults aged 25 to 34 were the least likely to live in households that had all three fire safety devices? in comparison to individuals from other age groups.

Based on the table information, the final answer is {"answer": ["36.0"]}.


Prompt:
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Look at the Excel screenshot named 'singles' and give a brief response to the query that follows. Your answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["2021-12-04", "72.33"]}.
Query: in 1977, which album did true release the single "n.y., you got me dancing" from?

Based on the table information, the final answer is {"answer": ["more, more, more"]}.


Prompt:
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View the excel table titled '' and provide a succinct reply to the question presented. Return the result as JSON in the format {"answer": [<a list of answer strings>]}, e.g., {"answer": ["121.28", "USA", "ontario"]}.

which group had the highest profits per resident for both employers and non-employers in the same province/territory?

According to this excel table, the final answer is {"answer": ["newfoundland and labrador"]}.


Prompt:
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Give a concise answer to the following question:
which group had higher profits per resident for non-employers than non-indigenous csd figures?
Use the provided Excel table as your reference. The table title is ''. Show your answer in the JSON format {"answer": [<a list of answer strings>]}.


Prompt:
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Observe the illustrated table. The title of this table is '' and give a brief response to address the subsequent question:
which group had the highest profits per resident for both employers and non-employers in the same province/territory?

Requirements: Your answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["2021-12-04", "72.33"]}.

Using the information in the excel table, the answer is {"answer": ["newfoundland and labrador"]}.


Prompt:
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which group had higher profits per resident for non-employers than non-indigenous csd figures?
Answer this question in brief using the provided excel table titled ''. Output the answer as JSON in the format {"answer": [<a list of answer strings>]} such as {"answer": ["14.31", "55.98", "April"]}.


Prompt:
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in canada, what is the percentage of the population's postal codes were matched to a single da?
Answer this question in brief using the provided excel table titled 'percentage of the canadian population matched to one dissemination area or more than one dissemination area in the postal code conversion file plus, by postal code characteristics'. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.

Based on the table information, the final answer is {"answer": ["72.56"]}.


Prompt:
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This is an Excel table with the title 'percentage of the canadian population matched to one dissemination area or more than one dissemination area in the postal code conversion file plus, by postal code characteristics', answer the following question in brief. Present the final answer in a JSON format {"answer": [<a list of answer strings>]} like {"answer": ["2.27", "41.4"]}.
in canada, what is the percentage of the population's postal codes were matched to two das?

According to this excel table, the final answer is {"answer": ["9.77"]}.


Prompt:
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Given the excel table with the title 'percentage of the canadian population matched to one dissemination area or more than one dissemination area in the postal code conversion file plus, by postal code characteristics', answer the following question briefly. Format your output as a JSON, using the structure {"answer": [<a list of answer strings>]}.
however, in prince edward island, what is the percentage of the population was matched to five or more das?

According to this excel table, the final answer is {"answer": ["2.45"]}.


Prompt:
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by dmt, what is the percentage of individuals with urban street addresses (dmt=a) matched to a single da?
Provide a concise answer to the above question based on the given excel named 'percentage of the canadian population matched to one dissemination area or more than one dissemination area in the postal code conversion file plus, by postal code characteristics'. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]}.

Based on the table information, the final answer is {"answer": ["85.32"]}.


Prompt:
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View the excel table titled 'percentage of the canadian population matched to one dissemination area or more than one dissemination area in the postal code conversion file plus, by postal code characteristics' and provide a succinct reply to the question presented. Return the result as JSON in the format {"answer": [<a list of answer strings>]}, e.g., {"answer": ["121.28", "USA", "ontario"]}.

by dmt, what is the percentage of individuals with urban street addresses (dmt=b) matched to a single da?

According to this excel table, the final answer is {"answer": ["85.32"]}.


Prompt:
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Refer to the table titled 'percentage of the canadian population matched to one dissemination area or more than one dissemination area in the postal code conversion file plus, by postal code characteristics', and respond succinctly to the subsequent question. Your answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["2021-12-04", "72.33"]}.
Question: what is the percentage of those with rural postal codes were most commonly matched to five or more das?

Based on the table information, the final answer is {"answer": ["14.96"]}.


Prompt:
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Give a concise answer to the following question:
what is the percentage of those with rural postal codes were most commonly matched to single da?
Use the provided Excel table as your reference. The table title is 'percentage of the canadian population matched to one dissemination area or more than one dissemination area in the postal code conversion file plus, by postal code characteristics'. Return the result as JSON in the format {"answer": [<a list of answer strings>]}, e.g., {"answer": ["121.28", "USA", "ontario"]}.

Based on the table information, the final answer is {"answer": ["15.49"]}.


Prompt:
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Using the table concerning 'note 1', answer the following question. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.
even after taking demographic and field of study differences into account, how many percent of undergraduate students who graduated in 2009 earned is less than those who graduated in 2008?

Based on the given excel table:
-(-9.8) = 9.8
Therefore, the final answer is {"answer": ["9.8"]}.


Prompt:
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Based on the excel table titled 'club', can you briefly answer the following question:
which league did ruben yttergard jenssen play for tromsø before joining kaiserslautern?

Output the answer as JSON in the format {"answer": [<a list of answer strings>]} such as {"answer": ["14.31", "55.98", "April"]}.

Using the information in the excel table, the answer is {"answer": ["tippeligaen"]}.


Prompt:
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This is an Excel table about 'career statistics', give a brief answer to the ensuing question:
godfrey's best season with brentford came in 1990-91, how many appearances did he make?

Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.

According to this excel table, the final answer is {"answer": ["46.0"]}.


Prompt:
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This is an Excel table about 'career statistics', give a brief answer to the ensuing question:
godfrey's best season with brentford came in 1990-91, how many goals did he score?

Present the final answer in a JSON format {"answer": [<a list of answer strings>]} like {"answer": ["2.27", "41.4"]}.

According to this excel table, the final answer is {"answer": ["6.0"]}.


Prompt:
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This is an Excel table about 'descriptive statistics', give a brief answer to the ensuing question:
what percent of individuals aged 60 years old on average are immigrants?

Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.

Using the information in the excel table, the answer is {"answer": ["6.1"]}.


Prompt:
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This excel table is related to 'descriptive statistics', answer the following question concisely. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.
what is the individual's marginal tax rates with respect to labour income?

According to this excel table, the final answer is {"answer": ["26.7"]}.


Prompt:
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This excel table is related to 'descriptive statistics', answer the following question concisely. Format your output as a JSON, using the structure {"answer": [<a list of answer strings>]}.
what is the probability that individuals are employed in the pre-reform period?

Using the information in the excel table, the answer is {"answer": ["19.2"]}.


Prompt:
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With reference to the depicted table, kindly offer a succinct answer to the following question. The table title is 'descriptive statistics'
Question: what percent of individuals and their spouses were employed in 2006?
Requirements: The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]}.

Using the information in the excel table, the answer is {"answer": ["50.2"]}.


Prompt:
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which age group has the highest rate of offending among females accused of property crime.
Answer this question in brief using the provided excel table titled 'persons accused of property offences, by age group and sex of accused, canada, 2017'. Show your answer in the JSON format {"answer": [<a list of answer strings>]}.

Based on the table information, the final answer is {"answer": ["65 and older"]}.


Prompt:
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Based on the excel table, answer the following question in brief. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]}.
Table title: persons accused of property offences, by age group and sex of accused, canada, 2017
Question: which age group has the highest rate of accused of property crimes in 2017?

According to this excel table, the final answer is {"answer": ["65 and older"]}.


Prompt:
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Review the table named 'persons accused of property offences, by age group and sex of accused, canada, 2017' and offer a response to the question below. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.
how many times of overall rate of females accused of property crimes in 2017 among youth aged 12 to 17 are higher than the rate for females aged 65 to 89?

Based on the given excel table:
884.0/1801.0 = 0.488511
Therefore, the final answer is {"answer": ["0.488511"]}.


Prompt:
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With reference to the depicted table, kindly offer a succinct answer to the following question. The table title is 'persons accused of property offences, by age group and sex of accused, canada, 2017'
Question: which age group has the highest rate of property crime rate among males?
Requirements: Show your answer in the JSON format {"answer": [<a list of answer strings>]}.


Prompt:
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Give a concise answer to the following question:
which sector had the minimum share of immigrant-owned businesses?
Use the provided Excel table as your reference. The table title is 'share of immigrant-owned enterprises, by sector, 2001 to 2012'. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.

According to this excel table, the final answer is {"answer": ["arts, entertainment and recreation, and accommodation and food services"]}.


Prompt:
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Look at the Excel screenshot named 'share of immigrant-owned enterprises, by sector, 2001 to 2012' and give a brief response to the query that follows. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.
Query: which sector had the maximum share of immigrant-owned businesses?

According to this excel table, the final answer is {"answer": ["manufacturing"]}.


Prompt:
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which sector had the minimum share of immigrant-owned businesses?
Answer this question in brief using the provided excel table titled 'share of immigrant-owned enterprises, by sector, 2001 to 2012'. Present the final answer in a JSON format {"answer": [<a list of answer strings>]} like {"answer": ["2.27", "41.4"]}.


Prompt:
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Refer to the table titled 'persons accused of homicide, by province and territory and sex of accused, canada, 2007 to 2017', and respond succinctly to the subsequent question. Present the final answer in a JSON format {"answer": [<a list of answer strings>]} like {"answer": ["2.27", "41.4"]}.
Question: between 2007 and 2017, how many homicides wre recorded in manitoba overall.

Using the information in the excel table, the answer is {"answer": ["677.0"]}.


Prompt:
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what is the highest provincial annual rate in manitoba?
Provide a concise answer to the above question based on the given excel named 'persons accused of homicide, by province and territory and sex of accused, canada, 2007 to 2017'. Format your output as a JSON, using the structure {"answer": [<a list of answer strings>]}.

Using the information in the excel table, the answer is {"answer": ["9.9"]}.


Prompt:
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This is an Excel table with the title 'persons accused of homicide, by province and territory and sex of accused, canada, 2007 to 2017', answer the following question in brief. Provide an answer in the JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["2012", "orange"]}.
how many females are accused of homicide in manitoba?

Using the information in the excel table, the answer is {"answer": ["104.0"]}.


Prompt:
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This is an Excel table with the title 'persons accused of homicide, by province and territory and sex of accused, canada, 2007 to 2017', answer the following question in brief. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]}.
what is an average annual rate for females in manitoba?

According to this excel table, the final answer is {"answer": ["9.9"]}.


Prompt:
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Navigate through the table to address the question. Show the detail process. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.In which year was the amount of revenue from external customers in the UK larger?

Because 83.2>73.5, the answer is {"answer": ["2019"]}.


Prompt:
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Answer the following question based on this table. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What was the change in revenue from external customers from UK in 2019 from 2018?

Based on the table, we need to conduct the following computations:
83.2-73.5 = 9.7
Therefore, the final answer: {"answer": ["9.7"]}.


Prompt:
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Look at this table. Give your well-considered answer to the subsequent question. Format the ultimate answer as a JSON, using the structure {"answer": [<a list of answer strings>]}.
What was the percentage change in revenue from external customers from UK in 2019 from 2018?

Based on the table, we need to conduct the following computations:
(83.2-73.5)/73.5 = 14.07
Therefore, the final answer: {"answer": ["14.07"]}.


Prompt:
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Answer the following question based on this table. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.
What was the increase / (decrease) in the Furniture and equipment from 2018 to 2019?

Using the number listed in the table, we have the following computations: 11604 - 10671 = 933

As a result, the final answer is {"answer": ["933"]}.


Prompt:
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Please inspect the table image and then provide an answer to the next question. In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What was the average Furniture and equipment for 2018 and 2019?

Based on the table, we need to conduct the following computations:
(11604 + 10671) / 2 = 11137.5
Therefore, the final answer: {"answer": ["11137.5"]}.


Prompt:
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Answer the following question based on this table. In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What was the average leasehold improvements for 2018 and 2019?

Based on the table, we need to conduct the following computations:
(6981 + 6819) / 2 = 6900
Therefore, the final answer: {"answer": ["6900"]}.


Prompt:
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Read the table to answer the following questions in brief. In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What was the Accrued compensation and benefits in 2019?

According to the table, the final answer is {"answer": ["$71.2"]}.


Prompt:
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Use the data from the table to answer the following inquiry concisely. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What was the  Accrued postretirement benefits  in 2018?

According to the table, the final answer is {"answer": ["15.4"]}.


Prompt:
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In which year was accrued income taxes larger?
Answer the above question based on the provided table. Output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.

Because 4.2>1.4, the final answer is {"answer": ["2019"]}.


Prompt:
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Use the data from the table to answer the following inquiry detailedly. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.
What was the change in Accrued pension liabilities in 2019 from 2018?

Based on the table, we need to conduct the following computations:
3.4-3.3 = 0.1
Therefore, the final answer: {"answer": ["0.1"]}.


Prompt:
<image>
Look at the table, and use the information to answer the question. Conclude your response with a final answer in the JSON format {"answer": [<a list of answer strings>]}.
What was the percentage change in Accrued pension liabilities in 2019 from 2018?

Based on the table, we need to conduct the following computations:
(3.4-3.3)/3.3 = 2.17
Therefore, the final answer: {"answer": ["2.17"]}.


Prompt:
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What was the deferred tax assets for Inventory in 2019?
Give me a concise answer based on the given table. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.

Based on the table information, the answer is {"answer": ["$7,144"]}.


Prompt:
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View the excel table and provide a succinct reply to the question presented. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.

What were the deferred tax assets accrued expenses for 2019?

Based on the table information, the answer is {"answer": ["2,330"]}.


Prompt:
<image>
Consult the table picture and reply to the ensuing question. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
What was the change in Inventory between 2018 and 2019?

Based on the table, we need to conduct the following computations:
7144-6609 = 535
Therefore, the final answer: {"answer": ["535"]}.


Prompt:
<image>
Analyze the table and respond to the question that follows. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What was the change in deferred compensation between 2018 and 2019?

Based on the table, we need to conduct the following computations:
5660 - 4779 = 881
Therefore, the final answer: {"answer": ["881"]}.


Prompt:
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Look at this table. Give your well-considered answer to the subsequent question. Format the ultimate answer as a JSON, using the structure {"answer": [<a list of answer strings>]}.
What was the percentage change in net deferred tax assets between 2018 and 2019?

Based on the table, we need to conduct the following computations:
(7561-37187)/37187 = -82.06
Therefore, the final answer: {"answer": ["-82.06"]}.


Prompt:
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Refer to the table to answer the subsequent question briefly. Conclude your response with the final answer in the JSON format, structured as {"answer": [<a list of answer strings>]}.
What was the Amount computed at the statutory federal income tax rate in 2020, 2018 and 2017 respectively?

According to the table, the final answer is {"answer": ["$182", "$128", "$138"]}.


Prompt:
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Use the data from the table to answer the following inquiry concisely. Conclude your response with the final answer in the JSON format, structured as {"answer": [<a list of answer strings>]}.
What was the State income taxes, net of federal tax benefit in 2020?

According to the table, the final answer is {"answer": ["22"]}.


Prompt:
<image>
View the excel table and provide a succinct reply to the question presented. Format the ultimate answer as a JSON, using the structure {"answer": [<a list of answer strings>]}.

In which year was Amount computed at the statutory federal income tax rate less than 150 million?

According to the table, the final answer is {"answer": ["2018", "2017"]}.


Prompt:
<image>
Look at this table. Give your well-considered answer to the subsequent question. Provide a concluding answer in a JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["20", "apple"]}.
What was the change in the State income taxes, net of federal tax benefit from 2017 to 2018?

Based on the given table:
10-31 = -21
Therefore, the answer is {"answer": ["-21"]}.


Prompt:
<image>
Answer the question based on this table. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
Question: What is the average Excess tax benefits from stock-based compensation in 2018 and 2017?
Answer:

Based on the table, we need to conduct the following computations:
(9+12) / 2 = 10.5
Therefore, the final answer: {"answer": ["10.5"]}.


Prompt:
<image>
What was the percentage increase in modules sales from 2018 to 2019?
Give me a concise answer based on the given table. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.

Based on the table information, the answer is {"answer": ["191%"]}.


Prompt:
<image>
Inspect this table picture and then address the question carefully. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What is the net difference in sale of systems between 2017 and 2019?

Based on the given table:
1742043 - 2134926  = -392883
Therefore, the answer is {"answer": ["-392883"]}.


Prompt:
<image>
Answer the following question based on this table. The concluding answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["23", "14.5"]}.
What is the net difference in sale of modules between 2017 and 2019?

Based on the given table:
1742043 - 806398  = 935645
Therefore, the answer is {"answer": ["935645"]}.


Prompt:
<image>
Analyze the provided table. What is the answer to the upcoming query? Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
Question: What is the net percentage difference in net sales between 2017 and 2019?

Based on the given table:
(3063117 - 2244044)/2244044  = 18.01
Therefore, the answer is {"answer": ["18.01"]}.


Prompt:
<image>
Given the table image, answer the following question briefly. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What is the current trade receivables in 2019?

According to the table, the final answer is {"answer": ["3,770"]}.


Prompt:
<image>
Answer the following question based on this table. The concluding answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["23", "14.5"]}.
What is the change in Trade receivables from 2018 to 2019?

Based on the table, we need to conduct the following computations:
3770-3054 = 716
Therefore, the final answer: {"answer": ["716"]}.


Prompt:
<image>
Read the table to answer the following questions. Conclude your response with the final answer in the JSON format, structured as {"answer": [<a list of answer strings>]}.
What is the change in Allowance for expected credit losses from 2018 to 2019?

Based on the table, we need to conduct the following computations:
-135-(-23) = -112
Therefore, the final answer: {"answer": ["-112"]}.


Prompt:
<image>
Look at this table. Give your well-considered answer to the subsequent question. Conclude your response with the final answer in the JSON format, structured as {"answer": [<a list of answer strings>]}.
What is the change in Other receivables from 2018 to 2019?

Based on the table, we need to conduct the following computations:
4223-4082 = 141
Therefore, the final answer: {"answer": ["141"]}.


Prompt:
<image>
Given the table, answer the following question briefly. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
What was the low sale price per share for each quarters in 2018 in chronological order?

According to the table, the final answer is {"answer": ["$ 1.88", "$ 2.66", "$ 4.63", "$ 5.99", "$ 6.48"]}.


Prompt:
<image>
The image shows a table. Answer the following question based on the table. Conclude your response with a final answer in the JSON format {"answer": [<a list of answer strings>]}.
In 2018, how many quarters had stock prices lower than $2.00 during their lows?

Based on the table, we need to count the following items:
First Quarter
Second Quarter
Therefore, the final answer is {"answer": ["2"]}.


Prompt:
<image>
Read the table to answer the following questions. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
In the first quarter of 2018, what is the difference between the low and high price?

Based on the given table:
8.40-5.99 = 2.41
Therefore, the answer is {"answer": ["2.41"]}.


Prompt:
<image>
Analyze the table and respond to the question that follows. Conclude your response with a final answer in the JSON format {"answer": [<a list of answer strings>]}.
What is the average quarterly low price in 2018?

Based on the given table:
(5.99+4.79+2.66+1.88)/4 = 3.61
Therefore, the answer is {"answer": ["3.61"]}.


Prompt:
<image>
With reference to the depicted table, kindly offer a succinct answer to the following question. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
Question: What is the value of Processed poultry as of October 31, 2019 and 2018 respectively?

According to the table, the final answer is {"answer": ["35,121", "30,973"]}.


Prompt:
<image>
Given the table, answer the following question briefly. In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.
What is the value of Prepared chicken as of October 31, 2019 and 2018 respectively?

Based on the table information, the answer is {"answer": ["20,032", "13,591"]}.


Prompt:
<image>
Use the data from the table to answer the following inquiry detailedly. Provide a concluding answer in a JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["20", "apple"]}.
What is the change in the value of Total inventories between October 31, 2019 and 2018?

Based on the table, we need to conduct the following computations:
289928-240056 = 49872
Therefore, the final answer: {"answer": ["49872"]}.


Prompt:
<image>
The image shows a table. Answer the following question based on the table. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
What is the average value of Packaging materials for October 31, 2019 and 2018?

Based on the given table:
(7488+6547)/2 = 6917.5
Therefore, the answer is {"answer": ["6917.5"]}.


Prompt:
<image>
Answer the following question based on this table. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What is the average value of Prepared chicken for October 31, 2019 and 2018?

Based on the given table:
(20032+13591)/2 = 16861.5
Therefore, the answer is {"answer": ["16861.5"]}.


Prompt:
<image>
With reference to the depicted table, kindly offer a succinct answer to the following question. Conclude your response with a final answer in the JSON format {"answer": [<a list of answer strings>]}.
Question: What is the total fees in 2018?

According to the table, the final answer is {"answer": ["$86,000"]}.


Prompt:
<image>
Please consult the table and use it to respond to the question below. Conclude your response with a final answer in the JSON format {"answer": [<a list of answer strings>]}.
What is the total amount of audit fees in both 2018 and 2019?

Based on the given table:
58000+55000 = 113000
Therefore, the answer is {"answer": ["113000"]}.


Prompt:
<image>
Answer the following question in detail based on the table image. Conclude your response with a final answer in the JSON format {"answer": [<a list of answer strings>]}.
What is the percentage change in tax fees from 2018 to 2019?

Based on the given table:
(11000 - 28000) / 28000  = -37.86
Therefore, the answer is {"answer": ["-37.86"]}.


Prompt:
<image>
Use the data from the table to answer the following inquiry detailedly. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
What is the percentage of audit fees in total fees in 2019?

Based on the table, we need to conduct the following computations:
55000/66000 = 83.03
Therefore, the final answer: {"answer": ["83.03"]}.


Prompt:
<image>
How many types of finite-Lived Intangible Assets are there?
Carefully answer the question according to the table. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.

According to the table image, we should count the following items:
Finite-Lived Intangible Assets##Customer relationships##Underlying rights and other
Therefore, the answer is {"answer": ["3"]}.


Prompt:
<image>
Look at the table, and use the information to answer the question. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.
What is the net total underlying rights and other for both finite-lived and indefinite-lived intangible assets as of June 30, 2019?

Based on the table, we need to conduct the following computations:
1.1008-1.9 = 0.2082
1.1008-1.1935 = -0.0927
Therefore, the final answer: {"answer": ["0.2082", "-0.0927"]}.


Prompt:
<image>
Inspect this table picture and then address the question carefully. Present the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What is the increase/ (decrease) in Revenues from, 2019 to 2018?

Based on the given table:
601256-510762 = 90494
Therefore, the answer is {"answer": ["90494"]}.


Prompt:
<image>
The image shows a table. Answer the following question based on the table. Output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What is the increase/ (decrease) in Voyage expenses from, 2019 to 2018?

Based on the given table:
21387-28237 = -6850
Therefore, the answer is {"answer": ["-6850"]}.


Prompt:
<image>
Please provide a concise answer to the question below based on the table. The concluding answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["23", "14.5"]}.
In which year was revenue less than 600,000 thousands?

According to the table, the final answer is {"answer": ["2018"]}.


Prompt:
<image>
How much was the derivative liabilities as at December 31, 2019?
Answer the above question briefly based on the provided table. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]} like {"answer": ["emotional abuse", "July"]}.

According to the table, the final answer is {"answer": ["93.8"]}.


Prompt:
<image>
Based on the table picture, can you briefly answer the following question:
How much was the derivative liabilities as at December 31, 2018?

The concluding answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["23", "14.5"]}.

According to the table, the final answer is {"answer": ["120.5"]}.


Prompt:
<image>
Answer the following question based on this table. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]} like {"answer": ["emotional abuse", "July"]}.
What is the average tax related accruals for 2018 and 2019?

Based on the table, we need to conduct the following computations:
(30.8+38.4)/2 = 34.6
Therefore, the final answer: {"answer": ["34.6"]}.


Prompt:
<image>
Give you a table image. Inspect this table to answer the subsequent problem:
What is the average accrued payroll and employee benefits for 2018 and 2019?

Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.

Based on the given table:
(116.9+105.9)/2 = 111.4
Therefore, the answer is {"answer": ["111.4"]}.


Prompt:
<image>
The image shows a table. Answer the following question based on the table. Format the ultimate answer as a JSON, using the structure {"answer": [<a list of answer strings>]}.
What is the average derivative liabilities for 2018 and 2019?

Based on the table, we need to conduct the following computations:
(93.8+120.5)/2 = 107.15
Therefore, the final answer: {"answer": ["107.15"]}.


Prompt:
<image>
Look at this table. Give your well-considered answer to the subsequent question. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What is the percentage change of the investments accounted for at cost, adjusted for observable price changes between 2018 and 2019?

Based on the given table:
(1750-1250)/1250 = 46
Therefore, the answer is {"answer": ["46"]}.


Prompt:
<image>
Read the table to answer the following questions. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.
What percentage of total non-marketable investments were accounted for using the equity method in 2019?

Based on the table, we need to conduct the following computations:
8000/9750 = 83.48
Therefore, the final answer: {"answer": ["83.48"]}.


Prompt:
<image>
Please provide a concise answer to the question below based on the table. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
In which years was the current liabilities recorded for?

According to the table, the final answer is {"answer": ["2018", "2019"]}.


Prompt:
<image>
Answer the following question concisely based on the table image. In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What is the total gross emissions (Scope 1 and 2) for FY19?

Based on the table information, the answer is {"answer": ["87,128"]}.


Prompt:
<image>
What is the total gross emissions (Scope 1 and 2) for FY18?
Give me a concise answer based on the given table. The concluding answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["23", "14.5"]}.

Based on the table information, the answer is {"answer": ["143,354"]}.


Prompt:
<image>
What is the Combustion of fuel and operation of facilities (Scope 1) in FY19?
According to the shown table image, answer the question in brief. Conclude your response with the final answer in the JSON format, structured as {"answer": [<a list of answer strings>]}.

Based on the table information, the answer is {"answer": ["59,495"]}.


Prompt:
<image>
Read the table to answer the following questions. Present the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What is the change in the Combustion of fuel and operation of facilities (Scope 1) from FY18 to FY19 for UK and Ireland only?

Based on the given table:
59495-66336 = -6841
Therefore, the answer is {"answer": ["-6841"]}.


Prompt:
<image>
Please inspect the table image and then provide an answer to the next question. In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.
What is the average Electricity, heat, steam and cooling purchased for own use (Scope 2) for FY18 and FY19 for UK and Ireland only?

Based on the given table:
(27633+32389) / 2 = 30966
Therefore, the answer is {"answer": ["30966"]}.


Prompt:
<image>
Please consult the table and use it to respond to the question below. In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.
What is the change in the Green tariff from FY18 to FY19 for UK and Ireland only?

Based on the table, we need to conduct the following computations:
-27603-0 = -27603
Therefore, the final answer: {"answer": ["-27603"]}.


Prompt:
<image>
Examine the table image and answer the ensuing question in detail. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
How much is the change in transfers between 2018 year end and 2019 year end?

Based on the given table:
-78816-(-1421) = -78695
Therefore, the answer is {"answer": ["-78695"]}.


Prompt:
<image>
Answer the following question in detail based on the table image. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
How much is the change in disposals between 2018 year end and 2019 year end?

Based on the given table:
16664 - 14805 = 1859
Therefore, the answer is {"answer": ["1859"]}.


Prompt:
<image>
With reference to the depicted table, kindly offer a succinct answer to the following question. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
Question: What is the most expensive currency?

According to the table, the final answer is {"answer": ["EUR"]}.


Prompt:
<image>
What is the least expensive currency?
According to the shown table image, answer the question in brief. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.

Based on the table information, the answer is {"answer": ["EUR"]}.


Prompt:
<image>
Read the table to answer the following questions. The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]} like {"answer": ["emotional abuse", "July"]}.
What is the change in "impact of exchange rate" from FY 2018 to FY 2019?

Based on the table, we need to conduct the following computations:
7.6-2.3 = 5.3
Therefore, the final answer: {"answer": ["5.3"]}.


Prompt:
<image>
Answer the following question based on this table. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What is the average INR-GBP exchange rate in FY 2019?

Based on the given table:
(13.9 * 6.7 + 10.1 * 86.05) / 70.07  = 10.96
Therefore, the answer is {"answer": ["10.96"]}.


Prompt:
<image>
Read the table to answer the following questions. Format the ultimate answer as a JSON, using the structure {"answer": [<a list of answer strings>]}.
What is the average USD-EUR exchange rate in FY 2019?

Based on the given table:
(70.07+80.82)/2 = 75.44
Therefore, the answer is {"answer": ["75.44"]}.


Prompt:
<image>
What is the  Total current assets  in 2019?
Answer the above question briefly based on the provided table. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.

According to the table, the final answer is {"answer": ["121,041"]}.


Prompt:
<image>
Refer to the provided table, and respond succinctly to the subsequent question. In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.
Question: What is the total equity in 2019?

According to the table, the final answer is {"answer": ["228,144"]}.


Prompt:
<image>
Please consult the table and use it to respond to the question below. In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.
What is the current ratio in 2019?

Based on the table, we need to conduct the following computations:
121041/73202 = 1.61
Therefore, the final answer: {"answer": ["1.61"]}.


Prompt:
<image>
Given the table, answer the following question in detail. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What is the debt-to-asset ratio in 2018?

Based on the table, we need to conduct the following computations:
92364/336032 = 0.28
Therefore, the final answer: {"answer": ["0.28"]}.


Prompt:
<image>
Look at this table. Give your well-considered answer to the subsequent question. Provide a concluding answer in a JSON structure, using the format {"answer": [<a list of answer strings>]} such as {"answer": ["20", "apple"]}.
What is the change in current ratio from 2018 to 2019?

Based on the given table:
154619-90392 = 64227
Therefore, the answer is {"answer": ["64227"]}.


Prompt:
<image>
Give you a table.
Show your answer to the following question:
What was the percentage change in the total between 2018 and 2019?
Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.

Based on the table, we need to conduct the following computations:
(5015-5256)/5256 = -4.08
Therefore, the final answer: {"answer": ["-4.08"]}.


Prompt:
<image>
Examine the table image and answer the ensuing question in brief. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What is the revised Total liabilities as of December 31, 2019?

According to the table, the final answer is {"answer": ["$ 5.2"]}.


Prompt:
<image>
Give you a table image. Inspect this table to answer the subsequent problem:
What is the percentage difference of total liabilities when comparing after adjustment to before adjustment?

In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.

Based on the table, we need to conduct the following computations:
(5.2-54.5)/54.5 = -99.52
Therefore, the final answer: {"answer": ["-99.52"]}.


Prompt:
<image>
Navigate through the table to address the question. Show the detail process. Conclude your response with a final answer in the JSON format {"answer": [<a list of answer strings>]}.What is the total equity of the acquisation as of December 31, 2019?

Based on the table, we need to conduct the following computations:
545.8-445.7 = 100.1
Therefore, the final answer: {"answer": ["100.1"]}.


Prompt:
<image>
Watch this picture of a table.
Give a detailed response to the following question. In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.
What is the liability to asset ratio as of December 31, 2019?

Based on the given table:
94.9/545.8 = 17.11
Therefore, the answer is {"answer": ["17.11"]}.


Prompt:
<image>
With reference to the depicted table, kindly offer a succinct answer to the following question. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.
Question: What is the amount of revenue in 2019 and 2018 respectively?

According to the table, the final answer is {"answer": ["$68,024", "$67,314"]}.


Prompt:
<image>
What is the amount of income from operations in 2019 and 2018 respectively?
Answer the above question briefly based on the provided table. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.

According to the table, the final answer is {"answer": ["$12,491", "$9,587"]}.


Prompt:
<image>
The image shows a table. Answer the following question based on the table. In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What is the change in income from operations between 2019 and 2018?

Based on the table, we need to conduct the following computations:
12491-9587 = 2904
Therefore, the final answer: {"answer": ["2904"]}.


Prompt:
<image>
Examine the table image and answer the ensuing question in detail. Output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What is the average amount of revenues for 2018 and 2019?

Based on the given table:
(68024 + 67314) / 2 = 67669
Therefore, the answer is {"answer": ["67669"]}.


Prompt:
<image>
Answer the following question based on this table. Format the ultimate answer as a JSON, using the structure {"answer": [<a list of answer strings>]}.
What is the percentage change in revenues from 2018 to 2019?

Based on the table, we need to conduct the following computations:
(68024 - 67314)/67314  = 0.51
Therefore, the final answer: {"answer": ["0.51"]}.


Prompt:
<image>
Give you a table.
Show your answer to the following question:
What was the percentage change in net inventories between 2018 and 2019?
The concluding answer should be in the JSON structure, formatted as {"answer": [<a list of answer strings>]}. For instance, {"answer": ["23", "14.5"]}.

Based on the table, we need to conduct the following computations:
($42237-$43486)/$43486 = -4.08
Therefore, the final answer: {"answer": ["-4.08"]}.


Prompt:
<image>
Refer to the provided table, and respond succinctly to the subsequent question. Present the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
Question: What was the gross margin in the fiscal 2019 second quarter?

According to the table, the final answer is {"answer": ["41.5%"]}.


Prompt:
<image>
Please inspect the table image and then provide an answer to the next question. Format the ultimate answer as a JSON, using the structure {"answer": [<a list of answer strings>]}.
How much is the Revenue in the first quarter of Fiscal 2018 as a percentage of the total revenue that year?

Based on the given table:
94395/365912 = 26.15
Therefore, the answer is {"answer": ["26.15"]}.


Prompt:
<image>
Give you a table image. Inspect this table to answer the subsequent problem:
What is the change in the Total Gross Margin between Fiscal 2018 and 2019?

Conclude your response with the final answer in the JSON format, structured as {"answer": [<a list of answer strings>]}.

Based on the table, we need to conduct the following computations:
365912-363880 = 2032
Therefore, the final answer: {"answer": ["2032"]}.


Prompt:
<image>
Please consult the table and use it to answer the question concisely. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
Which of the years had unrecognized tax benefit - ending balance of greater than $8,200 thousand?

According to the table, the final answer is {"answer": ["2017", "2018"]}.


Prompt:
<image>
Based on the table picture, can you briefly answer the following question:
What was the Risk-free interest rate in 2019, 2018 and 2017 respectively?

Present the final answer as JSON in the format {"answer": [<a list of answer strings>]}.

According to the table, the final answer is {"answer": ["2.8%", "2.3%", "1.9%"]}.


Prompt:
<image>
What was the average Expected term (years) for 2017-2019?
Carefully answer the question according to the table. Besides, your final answer should be in the JSON format {"answer": [<a list of answer strings>]} such as {"answer": ["87.56", "12.43"]}.

Based on the table, we need to conduct the following computations:
(3.9+3.4+7.0)/3 = 4.33
Therefore, the final answer: {"answer": ["4.33"]}.


Prompt:
<image>
Please consult the table and use it to respond to the question below. In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.
What is the change in the Expected volatility from 2018 to 2019?

Based on the table, we need to conduct the following computations:
51.9%-45.8% = 6.1
Therefore, the final answer: {"answer": ["6.1"]}.


Prompt:
<image>
In which year was Risk-free interest rate greater than 2.0%?
Give me a concise answer based on the given table. Conclude your response with the final answer in the JSON format, structured as {"answer": [<a list of answer strings>]}.

According to the table, the final answer is {"answer": ["2018"]}.


Prompt:
<image>
Based on the table picture, can you briefly answer the following question:
What are the respective values of operating lease obligations that are less than one year and between 2-5 years?

The final result should be presented in the JSON format of {"answer": [<a list of answer strings>]} like {"answer": ["emotional abuse", "July"]}.

According to the table, the final answer is {"answer": ["$773", "$2,055"]}.


Prompt:
<image>
Refer to the provided table, and respond succinctly to the subsequent question. Present the final answer in a JSON format {"answer": [<a list of answer strings>]}.
Question: What are the respective values of Finjan Blue future commitments that are less than one year and between 2-5 years?

According to the table, the final answer is {"answer": ["2,000", "4,000"]}.


Prompt:
<image>
Based on the table picture, can you briefly answer the following question:
What are the respective values of total contractual obligations that are less than one year and between 2-5 years?

In the end, output your final answer using the JSON: {"answer": [<a list of answer strings>]}.

Based on the table information, the answer is {"answer": ["$3,423", "$4,055"]}.


Prompt:
<image>
Consult the table picture and reply to the ensuing question. Return the final result as JSON in the format {"answer": [<a list of answer strings>]}.
What was the difference in the Weighted-Average Useful Lives between Trademarks and tradenames and Other intangible assets?

Based on the given table:
25-5.0 = 20
Therefore, the answer is {"answer": ["20"]}.


Prompt:
<image>
The image shows a table. Answer the following question based on the table. In addition, output the final answer as JSON in the format {"answer": [<a list of answer strings>]}.
What is the increase/ (decrease) in Revenues of Teekay LNG from, 2019 to 2018?

Based on the table, we need to conduct the following computations:
601256-510762 = 90494
Therefore, the final answer: {"answer": ["90494"]}.


Prompt:
<image>
Determine the suitable answer option based on the information provided in the table and the question. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Question:
Which object is used for moving objects up or down a slope?
Options:
A. ruler
B. inclined plane
C. lever
D. balance

Based on the table, we need to conduct the following computations:
moving objects straight up or down ; for example, = 2
Therefore, the final answer: {"answer": "incline plane"}.


Prompt:
<image>
Interpret the table and question correctly, and select a correct answer from the provided options. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.
Question:
What is a balance used for?
Options:
(1) Moving objects straight up and down
(2) Measuring weight
(3) Measuring temperature
(4) Comparing two small masses

Based on the table, the final answer is {"answer": "Measuring weight"}.


Prompt:
<image>
Use the table and question to guide you in selecting the appropriate answer. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
"A _______ is used for viewing small objects; for example, looking at small white spots on leaves."
(1) graduated cylinder
(2) thermometer
(3) hand lens
(4) balance

Based on the table, the final answer is {"answer": "hand lens"}.


Prompt:
<image>
Select the right option according to the table and the inquiry. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

"A hand lens is for viewing small objects; for example, _______."

(A) measuring a dose of liquid medicine
(B) measuring the body temperature of a sick person
(C) looking at small white spots on leaves
(D) measuring the weight of a rock

According to the table, the answer is {"answer": "looking at small white spots on leaves"}.


Prompt:
<image>
Question: An example for the use of the measuring cup would be Options: (A) measuring the body temperature of a sick person (B) separating iron filings from sand (C) measuring a quantity of water (D) comparing the masses of two small rocks

Identify the correct option by referring to the table and the problem statement. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": "measuring the length of a desk"}.


Prompt:
<image>
Question: "If you wanted to measure the length of a desk, which tool would you need?" Options: (A) ruler; (B) lever; (C) pulley; (D) bar magnet

Choose the correct answer option based on the table and the question. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.

Based on the table, the final answer is {"answer": "ruler"}.


Prompt:
<image>
Question: Which of the following examples demonstrate the use of an inclined plane? Options: A. measuring the length of a desk B. pushing a cart up a ramp C. comparing the masses of two small rocks D. measuring a dose of liquid medicine

Pick the appropriate choice based on the table and the query. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.

Based on the table, the final answer is {"answer": "pushing a cart up a ramp"}.


Prompt:
<image>
Question: A ruler is used for measuring length. Which task requires a ruler? Options: A. looking at small white spots on leaves; B. measuring a dose of liquid medicine; C. measuring the length of a desk; D. separating iron filings from sand

Pick the appropriate choice based on the table and the query. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": "measuring length; measuring size; measuring diameter"}.


Prompt:
<image>
Question: What is a pulley used for?
Options: 1. measuring length 2. measuring liquids and powders 3. viewing small objects 4. moving objects straight up or down

Choose the correct answer option based on the table and the question. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.

Based on the table information, the answer is {"answer": ["moving objects straight up or down"]}.


Prompt:
<image>
Question: This item is used to measure the temperature of a sick person.
Options: 1. measuring cup 2. thermometer 3. graduated cylinder 4. balance

Select the right answer according to the table and the inquiry. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

According to the table, the answer is {"answer": "thermometer"}.


Prompt:
<image>
Use the table and question to guide you in selecting the appropriate answer. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.

Thermometers measure temperature such as _______.

(1) Measuring a sick person's body temperature.
(2) Measuring the current room temperature.
(3) Measuring the temperature outdoors.
(4) Measuring wind speed.

Based on the table, the final answer is {"answer": "Measuring a sick person's body temperature."}.


Prompt:
<image>
Choose the correct answer option based on the table and the question. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.

What is a graduated cylinder used for?

1. Separating iron filings from sand
2. Measuring a dose of liquid medicine
3. Moving a flag up or down a flagpole
4. Measuring the length of a desk

Based on the table, the final answer is {"answer": "Measuring a dose of liquid medicine"}.


Prompt:
<image>
Identify the correct option by referring to the table and the problem statement. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Question:
"A graduated cylinder is used for _______; for example, measuring a dose of liquid medicine."
Options:
(a) measuring liquid volume
(b) measuring weight
(c) measuring liquids and powders
(d) measuring temperature

Based on the table, the final answer is {"answer": "measuring liquid volume"}.


Prompt:
<image>
Select the correct answer option according to the table and the question. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Question:
What is a thermometer used for?
Options:
(1) Viewing small objects
(2) Measuring speed
(3) Measuring temperature
(4) Recording an object's motion

According to the table, the final answer is {"answer": "Measuring temperature"}.


Prompt:
<image>
Question: A _______ is used for measuring liquids and powders. Options: (1) graduated cylinder; (2) hand lens; (3) measuring cup; (4) lever

Select the right answer according to the table and the inquiry. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": "measuring cup"}.


Prompt:
<image>
Use your understanding of the table and question to select the most fitting answer. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
What is a measuring cup meant to be used for?
(1) measuring length; measuring size; measuring distance
(2) measuring liquids and powders
(3) measuring temperature
(4) measuring weight

Based on the table, the final answer is {"answer": ["measuring liquids and powders"]}.


Prompt:
<image>
This image shows a table. Read the table and the question, and select the appropriate answer from given choices. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

What can be used to move iron objects such as iron filings from sand?

A. pulley
B. measuring cup
C. lever
D. bar magnet

According to the table, the final answer is {"answer": "bar magnet"}.


Prompt:
<image>
This image shows a table. Read the table and the question, and select the appropriate answer from given choices. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

What energy form can be reflected by an object?

(1) low friction
(2) light energy
(3) motion of a liquid against a solid
(4) mechanical energy

Based on the table, the final answer is {"answer": "motion of a liquid against a solid"}.


Prompt:
<image>
Question: What happens when a radio wave is received by a radio? Options: (1) the radio will convert the radio wave into light (2) the radio will convert the radio wave into sound (3) the radio will convert the radio wave into energy (4) the radio will convert the radio wave into heat

Find the suitable answer to the above question using the information from the table. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.

Based on the table information, the answer is {"answer": ["the radio will convert the radio wave into sound"]}.


Prompt:
<image>
Select the correct answer option according to the table and the question. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
"If heat energy can be transferred from one location to another, then what will happen if a stove heats a kettle of water?"
(A) the waves will wash away some of the coastal soil
(B) the heat will move from the stove to the water
(C) the dirt will move
(D) water will become dirty

According to the table, the final answer is {"answer": "the heat will move from the stove to the water"}.


Prompt:
<image>
Question: A _______ pushing a block across a floor is an example of motion produced by mechanical energy. Options: (a) person (b) tree (c) candle (d) orange

Choose the correct answer option based on the table and the question. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.

According to the table, the answer is {"answer": "person"}.


Prompt:
<image>
Interpret the table and question correctly, and select a correct answer from the provided options. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.
Question:
"Mechanical energy can be changed to cound energy; for example, if a baby shakes a rattle then _______."
Options:
1. the nails will move
2. the marble will fall to the bottom of the glass
3. the rattle will make a noise
4. there will be a bright flash and a loud noise

According to the table, the final answer is {"answer": "the rattle will make a noise"}.


Prompt:
<image>
Question: "As light can cause heat, what will happen if bright sunlight shines on asphalt?"
Options: (1) the light will bounce off (2) the asphalt will move (3) the asphalt will make noise (4) the asphalt will become hot

Select the right answer according to the table and the inquiry. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

According to the table, the answer is {"answer": 'the asphalt will become hot'}.


Prompt:
<image>
This image shows a table. Read the table and the question, and select the appropriate answer from given choices. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.
"Low friction can _______; for example, if a bicycle is moving on a smooth road then the bicycle will move fast."
(a) be changed to sound energy
(b) allow an object to move fast
(c) cause heat
(d) attract iron

Based on the table, the final answer is {"answer": "allow an object to move fast"}.


Prompt:
<image>
Question: Mechanical energy can be converted to sound energy through what energy source?
Options: (a) bright sunlight (b) a lound sound (c) a pianist (d) a rolling ball

Identify the correct option by referring to the table and the problem statement. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

Based on the table, the final answer is {"answer": "a pianist"}.


Prompt:
<image>
By analyzing the table and question, choose the correct answer choice to the given question. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.
Question:
"If _______ heats a kettle of water, then the heat will move from the stove to the water."
Options:
1. a marble
2. the ocean's waves
3. a stove
4. moonlight

According to the table, the answer is "a stove".

Therefore, the final answer is {"answer": "a stove"}.


Prompt:
<image>
Determine the suitable answer option based on the information provided in the table and the question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Question:
"Heat energy can be changed to sound energy; for example, if _______ is used to boil water then the kettle will make a whistling sound as the steam from the boiling water escapes from the kettle's spout."
Options:
(1) a magnet
(2) a pianist
(3) a kettle with a whistle
(4) the ocean's waves

Based on the table, the final answer is {"answer": "a kettle with a whistle"}.


Prompt:
<image>
Identify the correct option by referring to the table and the problem statement. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

"Light energy can be changed to sound energy; for example, if _______ is received by a radio then the radio will convert the radio wave into sound."

A. a magnet
B. a radio wave
C. a baby
D. a flashlight

Based on the table, the final answer is {"answer": "a radio wave"}.


Prompt:
<image>
Use the table and question to guide you in selecting the appropriate answer. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

"Electrical energy can be changed to sound energy; for example, if an electrical signal enters the speaker of a telephone then _______."

(1) the speaker will convert the electrical signals into speech
(2) the ball will slow and eventually halt
(3) the marble will fall to the bottom of the glass
(4) sound is moving through the air between them

Based on the table, the final answer is {"answer": "the speaker will convert the electrical signal into speech"}.


Prompt:
<image>
Select the correct answer option according to the table and the question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Question:
"Friction can cause heat; for example, if a speeding car _______ then the skidding will cause the tires to become hot."
Options:
(1) heats a kettle of water
(2) skids its tires on a road
(3) shakes a rattle
(4) are having a converstation at a table

According to the table, the answer is {"answer": "skids its tires on a road"}.


Prompt:
<image>
Choose the correct answer option based on the table and the question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

"What produces motion, as illustrated by a freely rotating compass needle pointing north?"

1. Sunspot activity
2. Magnetic energy
3. Reverse polarity
4. Convex processes

Based on the table, the final answer is {"answer": "Magnetic energy"}.


Prompt:
<image>
This image shows a table. Read the table and the question, and select the appropriate answer from given choices. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.
Question:
"Light can cause heat; for example, if bright sunlight _______ then the asphalt will become hot."
Options:
(a) shines on a mirror
(b) shines on asphalt
(c) is used to boil water
(d) pushes a wooden block on a floor

According to the table, the answer is {"answer": "shines on asphalt"}.


Prompt:
<image>
Question: Which motion will occur if a magnet is waved near a pile of steel nails?
Options: A. the nails will move; B. the dirt will move; C. the bulb will glow with light; D. the Earth will pull the ball back down

Find the suitable answer to the above question using the information from the table. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.

According to the table, the answer is {"answer": 'the nails will move as the magnet comes closer'}.


Prompt:
<image>
Question: What is converted to speech when it enters the speaker of a telephone?
Options: (1) A compass needle (2) A kettle with a whistle (3) An electrical signal (4) A rolling ball

Pick the appropriate choice based on the table and the query. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": ['An electrical signal']}.


Prompt:
<image>
Use your understanding of the table and question to select the most fitting answer. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

"When a ball is _______, friction will cause it to slow and then quickly stop moving."

(1) flying through the air
(2) bouncing down a flight of stairs
(3) rolling through overgrown grass
(4) deflating over several hours

Based on the table, the final answer is {"answer": ['rolling through this grass']}.


Prompt:
<image>
Based on the table image and the question, choose one correct answer from provided choices. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.
A rolling ball rolling through thick grass and quickly coming to a halt is an example of friction doing what?
(A) Slow  an object moving on a surface
(B) Heat up an object significantly
(C) Irrelevant to friction
(D) Melting

Based on the table, the final answer is {"answer": "Slow  an object moving on a surface"}.


Prompt:
<image>
In accordance with the table and question, opt for the correct answer choice. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.
Question:
What kind of energy enters the speaker of a telephone to be changed into sound energy?
Options:
(1) sound energy
(2) electrical energy
(3) gravity
(4) friction

According to the table, the final answer is {"answer": "electrical energy"}.


Prompt:
<image>
Select the suitable answer by carefully considering the table and the question. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Question:
"Magnetism attracts iron, which is metal, so if a _______ is placed near a pile of iron nails, the nails will move towards the _______ as it comes closer."
Options:
(1) battery
(2) stove
(3) bicycle
(4) magnet

Based on the table, the final answer is {"answer": "magnet"}.


Prompt:
<image>
Question: If a ball hits the ground what aids in pulling it downwards?
Options: (A) light; (B) gravity; (C) light energy; (D) mechanical energy

Pick the appropriate choice based on the table and the query. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": "gravity"}.


Prompt:
<image>
Select the correct answer option according to the table and the question. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.
"What can cause an object to move slow; for example, if a bicycle is moving on a rough road then the bicycle will move slowly."
A. high friction
B. light
C. light energy
D. motion of a liquid against a solid

According to the table, the final answer is {"answer": "motion of a liquid against a solid"}.


Prompt:
<image>
Select the right option according to the table and the inquiry. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.

"If a rock released at the top of a hill rolls down the hill, then it means that gravity can _______."

A. repel a rock
B. pull an object upwards
C. pull an object downwards
D. attract a rock

According to the table, the final answer is {"answer": "pull an object downwards"}.


Prompt:
<image>
Give you a table image and a question, select the correct answer to the question. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.
"Electrical energy can produce light and sound; for example, if _______ strikes a tree then there will be a bright flash and a loud noise."
1. a bolt of lightning
2. a marble
3. a worker
4. a baby

Based on the table, the final answer is {"answer": "a bolt of lightning"}.


Prompt:
<image>
Give you a table image and a question, select the correct answer to the question. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.
Question:
A ball released in the air with no support will fall to the ground because gravity can do what?
Options:
(A) Cause vibration
(B) Allow an object to move fast
(C) Pull an object downwards
(D) Cause heat

According to the table, the final answer is {"answer": "Pull an object downwards"}.


Prompt:
<image>
Interpret the table and question correctly, and select a correct answer from the provided options. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.
"If _______ skids its tires on a road, then the skidding will cause the tires to become hot."
1. a person
2. a piano
3. a speeding car
4. a stationary car

Based on the table, the final answer is {"answer": "a speeding car"}.


Prompt:
<image>
By analyzing the table and question, choose the correct answer choice to the given question. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.

One example of high friction is if a bicycle _______ then the bicycle will slow down.

(A) is rolling through thick grass
(B) is moving on a rough road
(C) is released at the top of a hill
(D) is thrown into the air

According to the table, the final answer is {"answer": "is moving on a rough road"}.


Prompt:
<image>
Give you a table image and a question, select the correct answer to the question. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.
Question:
"The energy form that can be used to move something from one location to another; for example, if a worker applies a shovel to a pile of dirt then the dirt will move."
Options:
(1) electricity
(2) friction
(3) mechanical energy
(4) sound

Based on the table, the final answer is {"answer": "mechanical energy"}.


Prompt:
<image>
Question: "Mechanical energy can be used to move something from one location to another. For example, if _______ throws a baseball, then the baseball will move away from its source." Options: 1. a battery; 2. a flashlight; 3. a loud sound; 4. a baseball player

Select the right answer according to the table and the inquiry. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

According to the table, the answer is {"answer": 'a baseball player'}.


Prompt:
<image>
Use your understanding of the table and question to select the most fitting answer. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

Mechanical energy is change to _______ energy when a baby shakes a rattle and produces a noise.

1. Electric
2. Sound
3. Potential
4. Rotational

Based on the table, the final answer is {"answer": "Sound"}.


Prompt:
<image>
Question: When a ball is _______ it will immediately fall to the ground due to gravity. Options: (a) Thrown; (b) Caught; (c) Placed on a table; (d) Dropped

Select the right answer according to the table and the inquiry. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.

According to the table, the answer is {"answer": 'thrown'}.


Prompt:
<image>
Determine the suitable answer option based on the information provided in the table and the question. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Question:
"An example of high friction would be a _______ moving on a rough road,causing the _______moves slowly."
Options:
(A) pen
(B) flashligh
(C) shovel
(D) bicycle

Based on the table, the final answer is {"answer": "bicycle"}.


Prompt:
<image>
By analyzing the table and question, choose the correct answer choice to the given question. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Question:
One moon year occurs when which of these happens?
Options:
(A) One revolution of the earth around the sun
(B) One revolution of the moon around the earth
(C) One rotation of the earth on it's axis
(D) One rotation of the moon on it's axis

According to the table, the final answer is {"answer": "One revolution of the moon around the earth"}.


Prompt:
<image>
Question: One rotatio of the moon around _______ is called one moon day.
Options: 1. the Moon's own axis; 2. the Sun; 3. the Earth's own axis; 4. the Earth

Identify the correct option by referring to the table and the problem statement. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.

According to the table, the final answer is {"answer": "the Earth"}.


Prompt:
<image>
Based on the table image and the question, choose one correct answer from provided choices. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
What is it called when the earth revolves once around the sun?
(A) A day
(B) A month
(C) A year
(D) An hour

Based on the table, the final answer is {"answer": "A year"}.


Prompt:
<image>
Question: What is one revolution of the Moon around the Earth called? Options: (1) one Earth year; one year; (2) one Moon year; (3) one Moon day; (4) luner rotation

Identify the correct option by referring to the table and the problem statement. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

According to the table, the final answer is {"answer": "one Moon year"}.


Prompt:
<image>
Select the suitable answer by carefully considering the table and the question. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.
One rotation of the Earth around what is called one Earth Day?
A. The Sun
B. The Moon
C. The Galaxy
D. The Earth's Own Axis

Based on the table, we need to conduct the following computations:
1 Earth day; one day = 1 Earth year; one year
Therefore, the final answer: {"answer": "1 Earth year; one year"}.


Prompt:
<image>
Question: One Moon year is one revolution of the Moon around _______.
Options: (a) the Sun; (b) Mars; (c) Pluto; (d) the Earth

Pick the appropriate choice based on the table and the query. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": "the Earth"}.


Prompt:
<image>
Select the correct answer option according to the table and the question. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.
What constitutes one moon day?
1. Rotation of the Moon around it's own axis.
2. Revolution of the Earth around the sun.
3. Rotation of the Earth around the Earth's own axis.
4. Revolution of the Moon around the Earth

According to the table, the final answer is {"answer": "Rotation of the Earth around the Earth's own axis"}.


Prompt:
<image>
In accordance with the table and question, opt for the correct answer choice. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
What is one rotation of the Moon around its own axis called?
(a) One Moon year
(b) One Day
(c) One Moon Day
(d) One Earth year

According to the table, the final answer is {"answer": "One Moon year"}.


Prompt:
<image>
Identify the correct option by referring to the table and the problem statement. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Question:
One _______around the Sun is called one Earth year.
Options:
(1) revolution of the Sun
(2) revolution of the Earth
(3) revolution of the stars
(4) revolution of the Galaxy

Based on the table, the final answer is {"answer": "revolution of the Earth"}.


Prompt:
<image>
Give you a table image and a question, select the correct answer to the question. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.

One rotation of the Earth around the Earth's own axis is called?

(1) One year
(2) One Day
(3) one Moon day
(4) one Moon year

According to the table, the answer is {"answer": "one Moon day"}.


Prompt:
<image>
Determine the suitable answer option based on the information provided in the table and the question. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
What takes place on the planet's axis that equals one single day?
1. The rotation of the earth
2. Movement of tectonic plates
3. Tidal surges
4. Production of molten lava

Based on the table, the final answer is {"answer": "The rotation of the earth"}.


Prompt:
<image>
Determine the suitable answer option based on the information provided in the table and the question. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

Which of the following i equal to 29.5 days on Earth?

A. One lunar day
B. One lunar year
C. One Earth month
D. One Earth year

Based on the table, the final answer is {"answer": "One lunar day"}.


Prompt:
<image>
Question: One Earth week is equal to how many Earth days?
Options: (1) 1 day (2) 7 days (3) 30.44 days (4) 29.5 days

Select the right answer according to the table and the inquiry. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

According to the table, the final answer is {"answer": "30.44 days"}.


Prompt:
<image>
Select the suitable answer by carefully considering the table and the question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
How many days is one Earth month?
A. 7 Days
B. 265.24 Days
C. 1 Day
D. 30.44 Days

According to the table, the final answer is {"answer": "30.44 Days"}.


Prompt:
<image>
By analyzing the table and question, choose the correct answer choice to the given question. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.
Question:
One year on Earth is equivalent to
Options:
A. 1 day
B. 29.5 days
C. 7 days
D. 365.24 days

According to the table, the final answer is {"answer": "365.24 days"}.


Prompt:
<image>
In accordance with the table and question, opt for the correct answer choice. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.

Which of these is equal to 7 days on Earth?

1. Moon year
2. month
3. year
4. week

Based on the table, we need to identify the correct answer. So, the answer is {"answer": "week"}.


Prompt:
<image>
Question: How many days on Earth are equal to one lunar day? Options: (a) 365.24 days; (b) 7 days; (c) 29.5 days; (d) 30.44 days

Pick the appropriate choice based on the table and the query. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.

Based on the table, the final answer is {"answer": "30.44 days"}.


Prompt:
<image>
Select the correct answer option according to the table and the question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

"One day, earth day, day and night is equal to _______ on earth."

(a) 7 days
(b) 1 day
(c) 29.5
(d) 30.44

According to the table, the final answer is {"answer": "1 day"}.


Prompt:
<image>
Identify the correct option by referring to the table and the problem statement. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
One moon year is equal to how many days on earth?
(a) 1 day
(b) 7 days
(c) 29.5 days
(d) 365.24 days

Based on the table, we need to conduct the following computations:
29.5 days = 29.5 days
Therefore, the final answer: {"answer": "29.5 days"}.


Prompt:
<image>
Question: Which of these is equal to 365.24 days on Earth?
Options: (A) one month; (B) one day; (C) one year; (D) one Moon day

Choose the correct answer option based on the table and the question. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

According to the table, the answer is {"answer": "one year"}.


Prompt:
<image>
In accordance with the table and question, opt for the correct answer choice. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

What orbital time period is equal to 30.44 days on Earth?

(1) Month
(2) Day
(3) Week
(4) Year

Based on the table, we need to conduct the following computations:
30.44 days = 365.24 days - 1 day
Therefore, the final answer: {"answer": "Year"}.


Prompt:
<image>
By analyzing the table and question, choose the correct answer choice to the given question. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.

Which orbital time period is equivalent to 29.5 Earth days?

1. Moon day/lunar day
2. Moon year/lunar year
3. Earth week
4. Earth month

According to the table, the final answer is {"answer": "Moon day; lunar day"}.


Prompt:
<image>
By analyzing the table and question, choose the correct answer choice to the given question. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
What orbital period is equal to one day on Earth?
(a) One day and night
(b) Earth week
(c) Earth month
(d) Lunar Day

According to the table, the final answer is {"answer": "One day and night"}.


Prompt:
<image>
Question: Which of the following is a term that can describe air temperature or climate? Options: (1) Gusty (2) Altostratus (3) Temperate (4) Smoggy

Find the suitable answer to the above question using the information from the table. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.

Based on the table, the final answer is {"answer": ['Temperate']}.


Prompt:
<image>
Use your understanding of the table and question to select the most fitting answer. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Question:
A term that can describe wind speed could be _______.
Options:
(A) overcast
(B) calm
(C) rainy
(D) foggy

Based on the table, the final answer is {"answer": "rainy"}.


Prompt:
<image>
Question: One way to describe air temperature is _______.
Options: (A) Hot; (B) Wet; (C) Dark; (D) Large

Pick the appropriate choice based on the table and the query. Show your final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": "Hot"}.


Prompt:
<image>
Interpret the table and question correctly, and select a correct answer from the provided options. Your final answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}. For instance, {"answer": "(A) Foggy"}.
Question:
Rainbow is a term that can describe _______.
Options:
A. a type of cloud
B. optical phenomenon
C. sky conditions
D. wind speed

According to the table, the final answer is {"answer": "optical phenomenon"}.


Prompt:
<image>
Determine the suitable answer option based on the information provided in the table and the question. Format your final answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Which of the following is a term that can describe precipitation?

(1) Snowy
(2) Smoggy
(3) Warm
(4) Low Pressure

Based on the table, the final answer is {"answer": "Snowy"}.


Prompt:
<image>
Question: Which of these can the term mild describe? Options: (1) optical phenomenon; (2) cloud cover; (3) sky conditions; (4) air temperature

Find the suitable answer to the above question using the information from the table. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": ['air temperature']}.


Prompt:
<image>
This image shows a table. Read the table and the question, and select the appropriate answer from given choices. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Question:
What is a term that can describe sky conditions?
Options:
(a) Freezing
(b) Snowy
(c) Cloudy
(d) Rainy

Based on the table, the final answer is {"answer": "Cloudy"}.


Prompt:
<image>
Select the right option according to the table and the inquiry. Present the final answer in a JSON format {"answer": "<YOUR ANSWER>"} like {"answer": "(1) High Pressure"}.
Which of the following is a term that can describe temperature?
(A) Halo
(B) Freezing
(C) Blustery
(D) Sunny

According to the table, the final answer is {"answer": "Sunny"}.


Prompt:
<image>
Question: Phantom sun is a term that can describe what? Options: (A) cloud cover (B) optical phenomenon (C) precipitation (D) the amount of sun

Select the right answer according to the table and the inquiry. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

According to the table, the final answer is {"answer": ['optical phenomenon']}.


Prompt:
<image>
Use the table and question to guide you in selecting the appropriate answer. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Cold is a term that is used to describe what weather parameter?
(a) air pressure
(b) wind speed
(c) precipitation
(d) air temperature

Based on the table, the final answer is {"answer": "air temperature"}.


Prompt:
<image>
Question: Chose a term below that describes air temperature. Options: (a) cold; (b) smoggy; (c) breezy; (d) nimbus

Pick the appropriate choice based on the table and the query. Provide the final answer in the JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

Based on the table, the final answer is {"answer": ['cool']}.


Prompt:
<image>
Determine the suitable answer option based on the information provided in the table and the question. Return the result as JSON in the format {"answer": "<YOUR ANSWER>"}, e.g., {"answer": "A. England"}.

Which term relates to temperature?

(a) rainy
(b) calm
(c) halo
(d) scorching

Based on the table, the final answer is {"answer": "scorching"}.