Prompt:
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Please solve the problem based on the given image. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Problem: If Hassan buys 3.7 pounds of gingersnap cookie dough, how much will he spend? (Unit: $)
Your Solution:

Find the cost of the gingersnap cookie dough. Multiply the price per pound by the number of pounds.
$4 × 3.7 = $14.80
He will spend $14.80.

Thus, the final answer is {"answer": "14.80"}.


Prompt:
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With the table titled 'Building heights (meters)' in mind, please break down and resolve the question below step by step. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.

An architecture student measured the heights of all the buildings downtown. How many buildings are less than 57 meters tall? (Unit: buildings)

Count all the leaves in the rows with stems 1, 2, 3, and 4.

In the row with stem 5, count all the leaves less than 7.

You counted 11 leaves, which are blue in the stem-and-leaf plots above. 11 buildings are less than 57 meters tall.

Therefore, the final answer is {"answer": "11"}.


Prompt:
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Table title: Broken tiles per shipment
Question: Winchester Flooring tracked the number of broken tiles in each shipment it received last year. What is the largest number of broken tiles? (Unit: broken tiles)
Give a detailed response to the above question. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Look at the last row of the stem-and-leaf plot. The last row has the highest stem. The stem for the last row is 9.

Now find the highest leaf in the last row. The highest leaf is 0.

The largest number of broken tiles has a stem of 9 and a leaf of 0. Write the stem first, then the leaf: 90.

The largest number of broken tiles is 90 broken tiles.

Thus, the final answer is {"answer": "90"}.


Prompt:
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Take a look at this table about 'Record obstacle course completion times', and tackle the math word problem below in a sequential manner. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
Each year, the campers at Audrey's summer camp try to set that summer's record for finishing the obstacle course as quickly as possible. According to the table, what was the rate of change between 2008 and 2009? (Unit: minutes per year)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{25 minutes - 24 minutes}{2009 - 2008}
 = \frac{25 minutes - 24 minutes}{1 year}
 = \frac{1 minute}{1 year}
 = 1 minute per year
The rate of change between 2008 and 2009 was 1 minute per year.

So, the answer is {"answer": "1"}.


Prompt:
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Solve this math word problem according to the provided table of 'Daily high temperature'. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
Susan graphed the daily high temperature for 4 days. Which day had the highest temperature? (A) Tuesday (B) Wednesday (C) Thursday (D) Friday

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 29.

Now find the corresponding day. Friday corresponds to 29.

So, the answer is {"answer": "Friday"}.


Prompt:
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Problem:
Julia bought 1/2 of a pound of baked chicken. How much did she spend? (Unit: $)

Answer the above problem related to the table. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Solution:

Find the cost of the baked chicken. Multiply the price per pound by the number of pounds.
$9 × \frac{1}{2} = $9 × 0.5 = $4.50
She spent $4.50.

Thus, the final answer is {"answer": "4.50"}.


Prompt:
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Consider the table regarding to 'Daily temperatures (°C)' to sequentially solve the problem presented below. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.

For a science fair project, Oliver tracked the temperature each day. How many temperature readings were exactly 19°C? (Unit: temperature readings)

For the number 19, the stem is 1, and the leaf is 9. Find the row where the stem is 1. In that row, count all the leaves equal to 9.

You counted 4 leaves, which are blue in the stem-and-leaf plot above. 4 temperature readings were exactly19°C.

Therefore, the final answer is {"answer": "4"}.


Prompt:
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Using the displayed table concerning the 'Apples per tree', solve the subsequent math problem in a stepwise manner. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

A farmer counted the number of apples on each tree in her orchard. How many trees have at least 80 apples? (Unit: trees)

Count all the leaves in the rows with stems 8 and 9.

You counted 5 leaves, which are blue in the stem-and-leaf plot above. 5 trees have at least 80 apples.

Thus, the final answer is {"answer": "5"}.


Prompt:
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Given the table about 'Fish per tank', solve the following math problem step by step. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
A pet store owner had his staff count the number of fish in each tank. What is the smallest number of fish per tank? (Unit: fish)

Look at the first row of the stem-and-leaf plot. The first row has the lowest stem. The stem for the first row is 1.

Now find the lowest leaf in the first row. The lowest leaf is 1.

The smallest number of fish per tank has a stem of 1 and a leaf of 1. Write the stem first, then the leaf: 11.

The smallest number of fish per tank is 11 fish.

So, the answer is {"answer": "11"}.


Prompt:
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Table title: Weight of winning dog at a dog show
Math word problem: A dog show enthusiast recorded the weight of the winning dog at recent dog shows. According to the table, what was the rate of change between 2016 and 2017? (Unit: kilograms per year)
Solve the above problem based on the table information. Let's think step by step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{21 kilograms - 50 kilograms}{2017 - 2016}
 = \frac{21 kilograms - 50 kilograms}{1 year}
 = \frac{-29 kilograms}{1 year}
 = -29 kilograms per year
The rate of change between 2016 and 2017 was - 29 kilograms per year.

So, the answer is {"answer": "-29"}.


Prompt:
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Show the detailed solution to solve the following problem. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}. The problem is related to the given table titled 'Boxes of Girl Scout cookies sold'.

Problem: A Girl Scout troop recorded how many boxes of cookies they sold each day for a week. According to the table, what was the rate of change between Wednesday and Thursday? (Unit: boxes per day)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{24 boxes - 19 boxes}{1 day}
 = \frac{5 boxes}{1 day}
 = 5 boxes per day
The rate of change between Wednesday and Thursday was 5 boxes per day.

Therefore, the final answer is {"answer": "5"}.


Prompt:
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Consider the table regarding to 'Scores on the math quiz' to sequentially solve the problem presented below. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

Mr. Shelton recorded the scores of his students on the most recent math quiz. How many students scored at least 9?

Find the rows for 9 and 10. Add the frequencies for these rows.

Add:

18 + 4 = 22

22 students scored at least 9.

So, the answer is {"answer": "22"}.


Prompt:
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Answer the following question based on the table information. Let's think step by step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Look at this table. Is this relation a function? (A) yes (B) no

Look at the x-values in the table.

Each of the x-values is paired with only one y-value, so the relation is a function.

So, the answer is {"answer": "yes"}.


Prompt:
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Use the provided table image to solve the math challenge step by step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
At a hot air balloon festival, Frank made note of how many passengers were in each balloon and the color of each balloon. What is the probability that a randomly selected hot air balloon is yellow and contains 2 passengers? Simplify any fractions.

Let A be the event "the hot air balloon is yellow" and B be the event "the hot air balloon contains 2 passengers".
To find the probability that a hot air balloon is yellow and contains 2 passengers, first identify the sample space and the event.
The outcomes in the sample space are the different hot air balloons. Each hot air balloon is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the hot air balloon is yellow and contains 2 passengers".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the hot air balloon is yellow and contains 2 passengers", so look at the table to see how many hot air balloons are yellow and contain 2 passengers.
The number of hot air balloons that are yellow and contain 2 passengers is 2.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of hot air balloons.
3 + 4 + 3 + 2 = 12

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{2}{12}
 = \frac{1}{6}
The probability that a hot air balloon is yellow and contains 2 passengers is \frac{1}{6}.

Thus, the final answer is {"answer": "1/6"}.


Prompt:
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Give you a table image, solve this math word problem based on the table. Let's think step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Table title: Ages

Problem: At their family reunion, the Arnold family recorded everyone's age. How many people are exactly 24 years old? (Unit: people)

For the number 24, the stem is 2 and the leaf is 4. Find the row where the stem is 2. In that row, count all the leaves equal to 4.

You counted 2 leaves, which are blue in the stem-and-leaf plot above. 2 people are exactly24 years old.

Therefore, the final answer is {"answer": "2"}.


Prompt:
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Take a look at this table about 'Basketball hoops', and tackle the math word problem below in a sequential manner. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
The parks department compared how many basketball hoops there are at each park. What is the range of the numbers?

Read the numbers from the table.

10, 6, 1, 5, 6, 5, 10, 1

First, find the greatest number. The greatest number is 10.

Next, find the least number. The least number is 1.

Subtract the least number from the greatest number:

10 − 1 = 9

The range is 9.

So, the answer is {"answer": "9"}.


Prompt:
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Based on the table, solve the math word problem. Give a solution step by step. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Problem: How much money does Kinsley need to buy 8 jars of pickles? (Unit: $)
Solution:

Find the total cost of 8 jars of pickles by multiplying 8 times the price of a jar of pickles.

$1.78 × 8 = $14.24

Kinsley needs $14.24.

Therefore, the final answer is {"answer": "14.24"}.


Prompt:
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Based on this table of 'Peanuts per bag of trail mix', answer the following question. Give detailed solution consisting of each step. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Cara counted the number of peanuts in each bag of trail mix. How many bags had at least 40 peanuts but fewer than 70 peanuts?

Count all the leaves in the rows with stems 4, 5, and 6.

You counted 12 leaves, which are blue in the stem-and-leaf plot above. 12 bags had at least 40 peanuts but fewer than 70 peanuts.

So, the answer is {"answer": "12"}.


Prompt:
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Solve this math word problem according to the provided table of 'Olympic medals'. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
A sports fan decided to examine the pattern of medals won by certain countries at several Olympic games. In 2004, how many more medals did Sweden win than Finland? (Unit: medals)

Find the 2004 column. Find the numbers in this column for Sweden and Finland.

Sweden: 7
Finland: 2

Now subtract:

7 − 2 = 5

In 2004, Sweden won 5 more medals than Finland.

Therefore, the final answer is {"answer": "5"}.


Prompt:
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Based on this table about 'Words per page', answer the following question in a stepwise manner. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Caden counted the number of words per page in his new book. How many pages have at least 70 words but fewer than 90 words? (Unit: pages)

Count all the leaves in the rows with stems 7 and 8.

You counted 4 leaves, which are blue in the stem-and-leaf plot above. 4 pages have at least 70 words but fewer than 90 words.

So, the answer is {"answer": "4"}.


Prompt:
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Take a look at this table about 'Pieces of pepperoni per pizza', and tackle the math word problem below in a sequential manner. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Sue counted the number of pieces of pepperoni on each pizza she made. How many pizzas had at least 10 pieces of pepperoni but fewer than 30 pieces of pepperoni? (Unit: pizzas)

Count all the leaves in the rows with stems 1 and 2.

You counted 8 leaves, which are blue in the stem-and-leaf plot above. 8 pizzas had at least 10 pieces of pepperoni but fewer than 30 pieces of pepperoni.

So, the answer is {"answer": "8"}.


Prompt:
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Based on this table about 'Vacation days taken by Deb', solve the following problem. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
To figure out how many vacation days she had left to use, Deb looked over her old calendars to figure out how many days of vacation she had taken each year. According to the table, what was the rate of change between 2006 and 2007? (Unit: vacation days per year)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{25 vacation days - 27 vacation days}{2007 - 2006}
 = \frac{25 vacation days - 27 vacation days}{1 year}
 = \frac{-2 vacation days}{1 year}
 = -2 vacation days per year
The rate of change between 2006 and 2007 was - 2 vacation days per year.

Thus, the final answer is {"answer": "-2"}.


Prompt:
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Check out the table image. Provide a detail solution to this problem. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Problem: Each glass has 10 ice cubes. How many ice cubes are in 6 glasses?

Solution:

Count by tens. Use the chart: there are 60 ice cubes in 6 glasses.

So, the answer is {"answer": "60"}.


Prompt:
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Eliana is looking at the price of new cell phones online. Her favorite company, OrangeTech, has a special this weekend. Eliana can add an upgrade to a phone for an additional cost, or she can buy a used phone to get a discount. The change in price for each option is shown in the table. Which option results in a greater change in price? (A) adding an upgrade (B) buying a used phone

Solve the above problem using the table information. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.

To find the option that results in a greater change in price, use absolute value. Absolute value tells you how much the price changes.
Add an upgrade: |$60| = $60
Buy a used phone: |-$75| = $75
Buying a used phone results in a greater change in price. It reduces the price by $75.

Thus, the final answer is {"answer": "buying a used phone"}.


Prompt:
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Show the detailed solution to solve the following problem. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}. The problem is related to the given table titled 'Going to the library last month'.

Problem: In considering whether to open a new branch, the city council examined the number of times some typical residents went to the library last month. How many people are there in all?

Add the frequencies for each row.

Add:

10 + 5 + 19 + 0 + 16 + 7 = 57

There are 57 people in all.

So, the answer is {"answer": "57"}.


Prompt:
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Please solve the problem based on the given table about 'Games won by Reid's soccer team'. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Problem: Reid kept track of the number of games his soccer team won each year. According to the table, what was the rate of change between 2017 and 2018? (Unit: games per year)

Your Solution:

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{46 games - 22 games}{2018 - 2017}
 = \frac{46 games - 22 games}{1 year}
 = \frac{24 games}{1 year}
 = 24 games per year
The rate of change between 2017 and 2018 was 24 games per year.

Therefore, the final answer is {"answer": "24"}.


Prompt:
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Using the table of 'Children's weights (lbs)', unfold the math word problem presented below, detailing every step of your calculation. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
As part of a statistics project, a math class weighed all the children who were willing to participate. How many children weighed less than 50 pounds? (Unit: children)

Count all the leaves in the rows with stems 1, 2, 3, and 4.

You counted 5 leaves, which are blue in the stem-and-leaf plot above. 5 children weighed less than 50 pounds.

So, the answer is {"answer": "5"}.


Prompt:
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According to the table titled 'Push-up competition (number of push-ups)', solve this problem and give detail solutions. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

Justine's P.E. class participated in a push-up competition, and Justine wrote down how many push-ups each person could do. How many people did at least 60 push-ups? (Unit: people)

Count all the leaves in the rows with stems 6 and 7.

You counted 8 leaves, which are blue in the stem-and-leaf plot above. 8 people did at least 60 push-ups.

Thus, the final answer is {"answer": "8"}.


Prompt:
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Examine the table of 'Subway riders' and proceed to solve the following math word problem in a stepwise manner. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
A city recorded how many people rode the subway each day. On which day did the most people ride the subway? (A) Saturday (B) Sunday (C) Monday (D) Tuesday

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 175.

Now find the corresponding day. Tuesday corresponds to 175.

So, the answer is {"answer": "Tuesday"}.


Prompt:
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Give you a table. Please solve the math problem below, showing each step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

The table shows a function. Is the function linear or nonlinear? (A) linear (B) nonlinear

To determine whether the function is linear or nonlinear, see whether it has a constant rate of change.
Pick the points in any two rows of the table and calculate the rate of change between them. The first two rows are a good place to start.
Call the values in the first row x1 and y1. Call the values in the second row x2 and y2.
Rate of change = \frac{y2 - y1}{x2 - x1}
 = \frac{11 - 13}{4 - 3}
 = \frac{-2}{1}
 = -2
Now pick any other two rows and calculate the rate of change between them.
Call the values in the first row x1 and y1. Call the values in the third row x2 and y2.
Rate of change = \frac{y2 - y1}{x2 - x1}
 = \frac{9 - 13}{5 - 3}
 = \frac{-4}{2}
 = -2
The two rates of change are the same.
2.
This means the rate of change is the same for each pair of points. So, the function has a constant rate of change.
The function is linear.

Thus, the final answer is {"answer": "linear"}.


Prompt:
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Consider the table regarding to 'Making picture frames' to sequentially solve the problem presented below. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

The shop teacher, Mr. Monroe, wrote down how many picture frames the students made last week. How many students made more than 5 picture frames?

Find the row for 6 picture frames and read the frequency. The frequency is 10.

10 students made more than 5 picture frames.

So, the answer is {"answer": "10"}.


Prompt:
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Based on the table, solve the math word problem. Give a solution step by step. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Problem: How much money does Martin need to buy 6 basketballs and a volleyball? (Unit: $)
Solution:

Find the cost of 6 basketballs.

$8.34 × 6 = $50.04

Now find the total cost.

$50.04 + $9.97 = $59.01

Martin needs $59.01.

Thus, the final answer is {"answer": "59.01"}.


Prompt:
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Based on this table of 'Company sizes', answer the following question. Give detailed solution consisting of each step. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
The board of commerce recorded how many employees work at each company. How many employees work at Thompson Corporation and Madison Corporation combined? (Unit: employees)

Find the numbers in the table.

Thompson Corporation: 2,260
Madison Corporation: 3,929

Now add: 2,260 + 3,929 = 6,189.

6,189 employees work at Thompson Corporation and Madison Corporation combined.

Therefore, the final answer is {"answer": "6,189"}.


Prompt:
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Based on this table about 'Rounds in the spelling bee', solve the following problem. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Mrs. McBride told students how many rounds to expect in the spelling bee based on previous years. According to the table, what was the rate of change between 2017 and 2018? (Unit: rounds per year)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{7 rounds - 8 rounds}{2018 - 2017}
 = \frac{7 rounds - 8 rounds}{1 year}
 = \frac{-1 rounds}{1 year}
 = -1 rounds per year
The rate of change between 2017 and 2018 was - 1 rounds per year.

So, the answer is {"answer": "-1"}.


Prompt:
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Please solve the problem based on the given image. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Problem: After growing tired of squinting while driving, Erik went shopping for a pair of sunglasses. He tried on glasses with different frames and lenses. What is the probability that a randomly selected pair of sunglasses has browline frames and polarized lenses? Simplify any fractions.
Your Solution:

Let A be the event "the pair of sunglasses has browline frames" and B be the event "the pair of sunglasses has polarized lenses".
To find the probability that a pair of sunglasses has browline frames and polarized lenses, first identify the sample space and the event.
The outcomes in the sample space are the different pairs of sunglasses. Each pair of sunglasses is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the pair of sunglasses has browline frames and polarized lenses".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the pair of sunglasses has browline frames and polarized lenses", so look at the table to see how many pairs of sunglasses have browline frames and polarized lenses.
The number of pairs of sunglasses that have browline frames and polarized lenses is 4.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of pairs of sunglasses.
2 + 4 + 5 + 4 = 15

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{4}{15}
The probability that a pair of sunglasses has browline frames and polarized lenses is \frac{4}{15}.

Thus, the final answer is {"answer": "4/15"}.


Prompt:
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Table title: Rotten tomatoes per barrel
Math word problem: The Lexington Soup Company recorded the number of rotten tomatoes in each barrel it received. How many barrels had at least 20 rotten tomatoes? (Unit: barrels)
Solve the above problem based on the table information. Let's think step by step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

Count all the leaves in the rows with stems 2, 3, 4, 5, 6, 7, and 8.

You counted 7 leaves, which are blue in the stem-and-leaf plot above. 7 barrels had at least 20 rotten tomatoes.

Therefore, the final answer is {"answer": "7"}.


Prompt:
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Solve this problem according to the provided picture in a step-wise manner. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
How much money does Katy need to buy 2 yellow skirts and a pair of jeans? (Unit: $)

Find the cost of 2 yellow skirts.

$20 × 2 = $40

Now find the total cost.

$40 + $40 = $80

Katy needs $80.

So, the answer is {"answer": "80"}.


Prompt:
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Consider the table regarding to 'Population per square mile' to sequentially solve the problem presented below. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

While looking through an almanac at the library, Belle noticed some data showing the population density of various states. In 2000, how many more people per square mile lived in Nevada than in Idaho? (Unit: people per square mile)

Find the 2000 column. Find the numbers in this column for Nevada and Idaho.

Nevada: 18
Idaho: 15

Now subtract:

18 − 15 = 3

In 2000, 3 more people per square mile lived in Nevada than in Idaho.

Thus, the final answer is {"answer": "3"}.


Prompt:
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Colette buys 2 kilograms of mint and 5 kilograms of parsley. What is the total cost? (Unit: $)

Solve the above problem using the table information. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

Find the cost of the mint. Multiply:

$3.39 × 2 = $6.78

Find the cost of the parsley. Multiply:

$3.10 × 5 = $15.50

Now find the total cost by adding:

$6.78 + $15.50 = $22.28

The total cost is $22.28.

So, the answer is {"answer": "22.28"}.


Prompt:
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Based on the table picture with the title 'Golf scores', unfold the steps to solve the problem given next. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Problem: Some friends played golf and compared their scores. Who had the highest score? (A) Shelley (B) Zoe (C) Rose (D) Pedro

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 79.

Now find the corresponding name. Pedro corresponds to 79.

Thus, the final answer is {"answer": "Pedro"}.


Prompt:
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Show the detailed solution to answer the following question. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Question: Christina has $0.21. How much money will Christina have left if she buys an orange ribbon and a shiny red button? (Unit: $)

Find the total cost of an orange ribbon and a shiny red button.

$0.06 + $0.07 = $0.13

Now subtract the total cost from the starting amount.

$0.21 - $0.13 = $0.08

Christina will have $0.08 left.

Thus, the final answer is {"answer": "0.08"}.


Prompt:
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Problem:
A gymnast jotted down the number of cartwheels she did each day. What is the mean of the numbers?
Solve the above problem based on the table titled 'Doing cartwheels'. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Read the numbers from the table.

8, 6, 10, 7, 9

First, count how many numbers are in the group.

There are 5 numbers.

Now add all the numbers together:

8 + 6 + 10 + 7 + 9 = 40

Now divide the sum by the number of numbers:

40 ÷ 5 = 8

The mean is 8.

So, the answer is {"answer": "8"}.


Prompt:
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Solve this math problem in a stepwise manner. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Billy has $20. Does he have enough to buy a cat calendar and a map of Africa? (A) yes (B) no

Add the price of a cat calendar and the price of a map of Africa:

$11 + $11 = $22

$22 is more than $20. Billy does not have enough money.

Therefore, the final answer is {"answer": "no"}.


Prompt:
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Show the detailed solution to solve the following problem. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}. The problem is related to the given table titled 'Pull-up competition (number of pull-ups)'.

Problem: During Fitness Day at school, Elena and her classmates took part in a pull-up competition, keeping track of the results. How many people did at least 20 pull-ups but fewer than 40 pull-ups? (Unit: people)

Count all the leaves in the rows with stems 2 and 3.

You counted 5 leaves, which are blue in the stem-and-leaf plot above. 5 people did at least 20 pull-ups but fewer than 40 pull-ups.

So, the answer is {"answer": "5"}.


Prompt:
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Consider the table regarding to 'Hitting tennis balls' to sequentially solve the problem presented below. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.

The gym teacher wrote down how many tennis balls his students hit in half an hour. What is the median of the numbers?

Read the numbers from the table.

65, 65, 57, 61, 61

First, arrange the numbers from least to greatest:

57, 61, 61, 65, 65

Now find the number in the middle.

57, 61, 61, 65, 65

The number in the middle is 61.

The median is 61.

So, the answer is {"answer": "61"}.


Prompt:
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Give you a table image, solve this math word problem based on the table. Let's think step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Table title: Bull's-eyes

Problem: An archer recalled how many times he hit the bull's-eye in the past 5 days. What is the median of the numbers?

Read the numbers from the table.

3, 4, 8, 8, 10

First, arrange the numbers from least to greatest:

3, 4, 8, 8, 10

Now find the number in the middle.

3, 4, 8, 8, 10

The number in the middle is 8.

The median is 8.

So, the answer is {"answer": "8"}.


Prompt:
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Table title: Participants per race
Question: A volunteer for the local running club counted the number of participants at each race. How many races had fewer than 39 participants? (Unit: races)
Solve the above question. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

Count all the leaves in the rows with stems 1, 2, and 3.

In the row with stem 4, count all the leaves less than 9.

You counted 10 leaves, which are blue in the stem-and-leaf plots above. 10 races had fewer than 39 participants.

Therefore, the final answer is {"answer": "10"}.


Prompt:
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With the table image in mind, formulate a detail solution for the math problem. Show specific steps towards the answer. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

Jackie has $24.00. Does she have enough to buy a mushroom pizza and pasta with tomato sauce? (A) yes (B) no

Add the price of a mushroom pizza and the price of pasta with tomato sauce:

$14.93 + $10.51 = $25.44

$25.44 is more than $24.00. Jackie does not have enough money.

So, the answer is {"answer": "no"}.


Prompt:
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Solve the problem according to the provided table image. Please provide detailed solution. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Table title: Daily temperatures (°C)
Problem: For a science fair project, Mariana tracked the temperature each day. How many temperature readings were at least 20°C but less than 50°C? (Unit: temperature readings)

Count all the leaves in the rows with stems 2, 3, and 4.

You counted 12 leaves, which are blue in the stem-and-leaf plot above. 12 temperature readings were at least 20°C but less than 50°C.

So, the answer is {"answer": "12"}.


Prompt:
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Question: How much money does Anita need to buy a duck key chain and a tennis ball key chain? (Unit: $)
Solve the above question based on the table. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

Add the price of a duck key chain and the price of a tennis ball key chain:

$1.23 + $1.80 = $3.03

Anita needs $3.03.

So, the answer is {"answer": "3.03"}.


Prompt:
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Based on this table about 'Orange candies per bag', answer the following question in a stepwise manner. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
A candy dispenser put various numbers of orange candies into bags. How many bags had exactly 50 orange candies? (Unit: bags)

For the number 50, the stem is 5, and the leaf is 0. Find the row where the stem is 5. In that row, count all the leaves equal to 0.

You counted 0 leaves. 0 bags had exactly 50 orange candies.

So, the answer is {"answer": "0"}.


Prompt:
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Problem:
Tyrone conducted a blind taste test on some of his friends in order to determine if organic fruits tasted different than non-organic fruits. Each friend ate one type of fruit. What is the probability that a randomly selected friend tasted peaches and preferred organic? Simplify any fractions.

Answer the above problem related to the table. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Solution:

Let A be the event "the friend tasted peaches" and B be the event "the friend preferred organic".
To find the probability that a friend tasted peaches and preferred organic, first identify the sample space and the event.
The outcomes in the sample space are the different friends. Each friend is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the friend tasted peaches and preferred organic".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the friend tasted peaches and preferred organic", so look at the table to see how many friends tasted peaches and preferred organic.
The number of friends who tasted peaches and preferred organic is 3.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of friends.
3 + 3 + 4 + 1 = 11

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{3}{11}
The probability that a friend tasted peaches and preferred organic is \frac{3}{11}.

Thus, the final answer is {"answer": "3/11"}.


Prompt:
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Use the provided table image to solve the math challenge step by step. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
Justin has $60.19. How much money will Justin have left if he buys a picture book and a science book? (Unit: $)

Find the total cost of a picture book and a science book.

$12.69 + $19.29 = $31.98

Now subtract the total cost from the starting amount.

$60.19 - $31.98 = $28.21

Justin will have $28.21 left.

So, the answer is {"answer": "28.21"}.


Prompt:
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With the table titled 'Children's weights (lbs)' in mind, please break down and resolve the question below step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Dr. Rudd, a pediatrician, weighed all the children who recently visited his office. How many children weighed less than 50 pounds?

Count all the leaves in the rows with stems 1, 2, 3, and 4.

You counted 18 leaves, which are blue in the stem-and-leaf plot above. 18 children weighed less than 50 pounds.

So, the answer is {"answer": "18"}.


Prompt:
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Check out the table image. Provide a detail solution to this problem. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Problem: Mona went to the store and bought 3+3/4 pounds of fruit salad. How much did she spend? (Unit: $)

Solution:

Find the cost of the fruit salad. Multiply the price per pound by the number of pounds.
$4 × 3\frac{3}{4} = $4 × 3.75 = $15
She spent $15.

Thus, the final answer is {"answer": "15"}.


Prompt:
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Give you a table image, answer this question. Let's think step by step. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
How much money does Ava need to buy 6 oil paintings? (Unit: $)

Find the total cost of 6 oil paintings by multiplying 6 times the price of oil painting.

$62.76 × 6 = $376.56

Ava needs $376.56.

So, the answer is {"answer": "376.56"}.


Prompt:
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Using the table of 'Bottles collected', unfold the math word problem presented below, detailing every step of your calculation. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Alexis's class paid attention to how many bottles each student collected for their recycling project. Who collected the most bottles? (A) Alexis (B) Hunter (C) Kendall (D) Jim

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 193.

Now find the corresponding name. Hunter corresponds to 193.

Thus, the final answer is {"answer": "Hunter"}.


Prompt:
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Give you a table image, answer this question. Let's think step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Look at the table. Then answer the question. At a price of $255, is there a shortage or a surplus? (A) shortage (B) surplus

At the price of $255, the quantity demanded is greater than the quantity supplied. There is not enough of the good or service for sale at that price. So, there is a shortage.

So, the answer is {"answer": "shortage"}.


Prompt:
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Based on this table of 'Zoo ticket prices', answer the following question. Give detailed solution consisting of each step. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Dr. Conway, a zoo director, researched ticket prices at other zoos around the country. How much does a child ticket to the Cleveland Zoo cost? (Unit: $)

First, find the row for Cleveland. Then find the number in the Child column.

This number is $7.00. A child ticket to the Cleveland Zoo cost $7.

So, the answer is {"answer": "7"}.


Prompt:
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Based on the table, solve the math word problem. Give a solution step by step. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Problem: Each office has 10 rulers. How many rulers are in 6 offices?
Solution:

Count by tens. Use the chart: there are 60 rulers in 6 offices.

Thus, the final answer is {"answer": "60"}.


Prompt:
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Give you a table. Please solve the math problem below, showing each step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

How much money does Vicky need to buy a red ribbon and a purple bow? (Unit: $)

Add the price of a red ribbon and the price of a purple bow:

$0.08 + $0.08 = $0.16

Vicky needs $0.16.

Thus, the final answer is {"answer": "0.16"}.


Prompt:
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Using the table of 'Rounds in the spelling bee', unfold the math word problem presented below, detailing every step of your calculation. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Mrs. Newton told students how many rounds to expect in the spelling bee based on previous years. According to the table, what was the rate of change between 2011 and 2012? (Unit: rounds per year)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{7 rounds - 15 rounds}{2012 - 2011}
 = \frac{7 rounds - 15 rounds}{1 year}
 = \frac{-8 rounds}{1 year}
 = -8 rounds per year
The rate of change between 2011 and 2012 was - 8 rounds per year.

Therefore, the final answer is {"answer": "-8"}.


Prompt:
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Given the table about 'Doctor's office wait times (minutes)', solve the following math problem step by step. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
The receptionist at a doctor's office kept track of each patient's wait time. How many people waited for at least 56 minutes but less than 83 minutes? (Unit: people)

Find the row with stem 5. Count all the leaves greater than or equal to 6.

Count all the leaves in the rows with stems 6 and 7.

In the row with stem 8, count all the leaves less than 3.

You counted 12 leaves, which are blue in the stem-and-leaf plots above. 12 people waited for at least 56 minutes but less than 83 minutes.

So, the answer is {"answer": "12"}.


Prompt:
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According to the table titled 'Hours worked', solve this problem and give detail solutions. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

A waitress kept track of how many hours she worked each day. What is the median of the numbers?

Read the numbers from the table.

10, 6, 4, 7, 6, 9, 8

First, arrange the numbers from least to greatest:

4, 6, 6, 7, 8, 9, 10

Now find the number in the middle.

4, 6, 6, 7, 8, 9, 10

The number in the middle is 7.

The median is 7.

So, the answer is {"answer": "7"}.


Prompt:
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Solve this problem according to the provided picture in a step-wise manner. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
If Gina buys 5 pounds of hemp flour, how much will she spend? (Unit: $)

Find the cost of the hemp flour. Multiply the price per pound by the number of pounds.

$3.12 × 5 = $15.60

She will spend $15.60.

So, the answer is {"answer": "15.60"}.


Prompt:
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Question: How much more does grilled eggplant cost than a green salad? (Unit: $)
Solve the above question based on the table. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Subtract the price of a green salad from the price of grilled eggplant.

$9.00 - $4.00 = $5.00

Grilled eggplant costs $5.00 more than a green salad.

Therefore, the final answer is {"answer": "5"}.


Prompt:
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Show the detailed solution to solve the following problem. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}. The problem is related to the given table titled 'Children's weights (lbs)'.

Problem: Dr. Estrada, a pediatrician, weighed all the children who recently visited his office. How many children weighed at least 30 pounds?

Count all the leaves in the rows with stems 3, 4, 5, 6, and 7.

You counted 12 leaves, which are blue in the stem-and-leaf plot above. 12 children weighed at least 30 pounds.

So, the answer is {"answer": "12"}.


Prompt:
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The table shows a function. Is the function linear or nonlinear? (A) linear (B) nonlinear

Solve the above problem using the table information. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

To determine whether the function is linear or nonlinear, see whether it has a constant rate of change.
Pick the points in any two rows of the table and calculate the rate of change between them. The first two rows are a good place to start.
Call the values in the first row x1 and y1. Call the values in the second row x2 and y2.
Rate of change = \frac{y2 - y1}{x2 - x1}
 = \frac{8 - 15}{3 - 2}
 = \frac{-7}{1}
 = -7
Now pick any other two rows and calculate the rate of change between them.
Call the values in the first row x1 and y1. Call the values in the third row x2 and y2.
Rate of change = \frac{y2 - y1}{x2 - x1}
 = \frac{2 - 15}{4 - 2}
 = \frac{-13}{2}
 = -6\frac{1}{2}
The rate of change is not the same for each pair of points. So, the function does not have a constant rate of change.
The function is nonlinear.

Thus, the final answer is {"answer": "nonlinear"}.


Prompt:
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Solve this math word problem according to the provided table of 'Swimming team sizes (number of swimmers)'. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
At a swim meet, Joel noted the size of various swim teams. What is the size of the smallest team? (Unit: swimmers)

Look at the first row of the stem-and-leaf plot. The first row has the lowest stem. The stem for the first row is 1.

Now find the lowest leaf in the first row. The lowest leaf is 1.

The size of the smallest team has a stem of 1 and a leaf of 1. Write the stem first, then the leaf: 11.

The size of the smallest team is 11 swimmers.

Therefore, the final answer is {"answer": "11"}.


Prompt:
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Table title: Idaho crop prices per cwt
Math word problem: An Idaho farmer has been monitoring crop prices over time. Per cwt, how much did Timothy seed cost in 2005? (Unit: $)
Solve the above problem based on the table information. Let's think step by step. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

First, find the row for Timothy seed. Then find the number in the 2005 column.

This number is $7.00. In 2005, Timothy seed cost $7 per cwt.

So, the answer is {"answer": "7"}.


Prompt:
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Solve this problem according to the provided picture in a step-wise manner. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Each package has 10 markers. How many markers are in 6 packages?

Count by tens. Use the chart: there are 60 markers in 6 packages.

Thus, the final answer is {"answer": "60"}.


Prompt:
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With the table image in mind, formulate a detail solution for the math problem. Show specific steps towards the answer. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Look at this table. Is this relation a function? (A) yes (B) no

Look at the x-values in the table.

Each of the x-values is paired with only one y-value, so the relation is a function.

So, the answer is {"answer": "yes"}.


Prompt:
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According to the table, solve this problem and give detail solutions. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

Hannah went to the store and bought 4.4 pounds of yams. How much did she spend? (Unit: $)

Find the cost of the yams. Multiply the price per pound by the number of pounds.
$2 × 4.4 = $8.80
She spent $8.80.

Therefore, the final answer is {"answer": "8.80"}.


Prompt:
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Table title: Train schedule
Question: Look at the following schedule. Manuel got on the 1.00 P.M. train at Floral Gardens. Can he get off at Happy Cow Farm? (A) yes (B) no
Give a detailed response to the above question. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

Find 1:00 P. M. on the schedule. This train arrives at Floral Gardens at 1:00 P. M.

No, he could not get off at Happy Cow Farm.

So, the answer is {"answer": "no"}.


Prompt:
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Based on this table about 'Vacation days taken by Erin', solve the following problem. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
To figure out how many vacation days she had left to use, Erin looked over her old calendars to figure out how many days of vacation she had taken each year. According to the table, what was the rate of change between 2017 and 2018? (Unit: vacation days per year)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{34 vacation days - 26 vacation days}{2018 - 2017}
 = \frac{34 vacation days - 26 vacation days}{1 year}
 = \frac{8 vacation days}{1 year}
 = 8 vacation days per year
The rate of change between 2017 and 2018 was 8 vacation days per year.

Thus, the final answer is {"answer": "8"}.


Prompt:
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With the shown table image as your reference, carefully work out a detailed solution to the following question. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Table title: Bagel sales
Question: A bagel wholesaler examined the bagel sales of each of the retail stores that it served. How many more bagels did Jimmy's Bagels sell than Westside Bagels? (Unit: bagels)

Add the numbers in the Jimmy's Bagels row. Then, add the numbers in the Westside Bagels row.

Jimmy's Bagels: 8 + 2 = 10
Westside Bagels: 11 + 2 = 13

Now subtract:

10 − 13 = −3

Jimmy's Bagels sold 3 fewer bagels than Westside Bagels.

Thus, the final answer is {"answer": "−3"}.


Prompt:
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Based on the table, solve the following math problem step by step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
How much money does Emily need to buy 7 piccolos? (Unit: $)

Find the total cost of 7 piccolos by multiplying 7 times the price of a piccolo.

$596 × 7 = $4,172

Emily needs $4,172.

So, the answer is {"answer": "4,172"}.


Prompt:
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Give you a table image, answer this question. Let's think step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Each garage has 2 ladders. How many ladders are in 4 garages?

Count by twos. Use the chart: there are 8 ladders in 4 garages.

Thus, the final answer is {"answer": "8"}.


Prompt:
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View the table, then figure out the solution to this math problem. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
Problem: How much would it cost to buy 3 pounds of rainbow paper scrap? (Unit: $)
Your solution:

Find the cost of the rainbow paper scrap. Multiply the price per pound by the number of pounds.

$12 × 3 = $36

It would cost $36.

So, the answer is {"answer": "36"}.


Prompt:
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View the table, then figure out the solution to this math problem. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
Problem: Josiah has $1.00. Does he have enough to buy a package of confetti and a noisemaker? (A) yes (B) no
Your solution:

Add the price of a package of confetti and the price of a noisemaker:

$0.15 + $0.81 = $0.96

$0.96 is less than $1.00. Josiah does have enough money.

So, the answer is {"answer": "yes"}.


Prompt:
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Considering the table of 'Going swimming last month', answer the question below by showing each progressive step toward the answer. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Arlington will decide whether to extend its public pool's hours by looking at the number of times its residents visited the pool last month. How many people went swimming at least 2 times?

Find the rows for 2, 3, 4, and 5 times. Add the frequencies for these rows.

Add:

8 + 3 + 16 + 7 = 34

34 people went swimming at least 2 times.

So, the answer is {"answer": "34"}.


Prompt:
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Give you a table image, solve this math word problem based on the table. Let's think step by step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

Table title: Tickets sold

Problem: The aquarium's records showed how many tickets were sold in the past 5 days. How many tickets did the aquarium sell in all on Sunday and Tuesday? (Unit: tickets)

Find the numbers in the table.

Sunday: 1,190
Tuesday: 2,561

Now add: 1,190 + 2,561 = 3,751.

The aquarium sold 3,751 tickets in all on Sunday and Tuesday.

Thus, the final answer is {"answer": "3,751"}.


Prompt:
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Look at the table titled 'Chocolate consumption per capita (kg)' and methodically tackle the math problem that follows. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
Kamal's Candies has been studying how much chocolate people have been eating in different countries. How much more chocolate did Belgium consume per capita in 2005 than in 2002? (Unit: kg)

Find the Belgium row. Find the numbers in this row for 2005 and 2002.

2005: 11
2002: 8

Now subtract:

11 − 8 = 3

Belgium consumed 3 kilograms more chocolate per capita in 2005 than in 2002.

So, the answer is {"answer": "3"}.


Prompt:
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How much more does a centrifuge cost than a laboratory freezer? (Unit: $)

Solve the above problem using the table information. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.

Subtract the price of a laboratory freezer from the price of a centrifuge.

$5,537 - $2,483 = $3,054

A centrifuge costs $3,054 more than a laboratory freezer.

So, the answer is {"answer": "3,054"}.


Prompt:
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Look at the table titled 'Pop quiz scores' and methodically tackle the math problem that follows. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
Professor Acosta released the results of yesterday's pop quiz. How many students scored at least 26 points but fewer than 51 points? (Unit: students)

Find the row with stem 2. Count all the leaves greater than or equal to 6.

Count all the leaves in the rows with stems 3 and 4.

In the row with stem 5, count all the leaves less than 1.

You counted 3 leaves, which are blue in the stem-and-leaf plots above. 3 students scored at least 26 points but fewer than 51 points.

Therefore, the final answer is {"answer": "3"}.


Prompt:
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With the table image in mind, formulate a detail solution for the math problem. Show specific steps towards the answer. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Sasha has $15.00. Does she have enough to buy a glass measuring cup and a mixing bowl? (A) yes (B) no

Add the price of a glass measuring cup and the price of a mixing bowl:

$9.00 + $5.00 = $14.00

$14.00 is less than $15.00. Sasha does have enough money.

So, the answer is {"answer": "yes"}.


Prompt:
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View the table, then figure out the solution to this math problem. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Problem: Each pile has 10 books. How many books are in 3 piles? (Unit: books)
Your solution:

Count by tens. Use the chart: there are 30 books in 3 piles.

Thus, the final answer is {"answer": "30"}.


Prompt:
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Solve this math word problem based on the given table image. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
Look at Teresa's pay stub. Teresa lives in a state that has state income tax. How much did Teresa make after taxes? (Unit: $)

Find how much Teresa made after taxes. Find the total payroll tax, then subtract it from the total earnings.
To find the total payroll tax, add the federal income tax, state income tax, and other taxes.
The total earnings are $1,800.00. The total payroll tax is $598.70. Subtract to find the difference.
$1,800.00 - $598.70 = $1,201.30
Teresa made $1,201.30 after taxes.

So, the answer is {"answer": "1,201.30"}.


Prompt:
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Solve this math word problem according to the provided table of 'Bull's-eyes'. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
An archer recalled how many times he hit the bull's-eye in the past 7 days. What is the range of the numbers?

Read the numbers from the table.

9, 8, 8, 10, 3, 5, 2

First, find the greatest number. The greatest number is 10.

Next, find the least number. The least number is 2.

Subtract the least number from the greatest number:

10 − 2 = 8

The range is 8.

So, the answer is {"answer": "8"}.


Prompt:
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Based on this table about 'Butterscotch candies per bag', answer the following question in a stepwise manner. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
At a candy factory, butterscotch candies were packaged into bags of different sizes. How many bags had at least 50 butterscotch candies? (Unit: bags)

Count all the leaves in the rows with stems 5, 6, 7, 8, and 9.

You counted 2 leaves, which are blue in the stem-and-leaf plot above. 2 bags had at least 50 butterscotch candies.

So, the answer is {"answer": "2"}.


Prompt:
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Solve this math word problem according to the provided table of 'Tractors made'. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
A farm equipment company kept a record of the number of tractors made each month. In which month did the company make the most tractors? (A) July (B) August (C) September (D) October

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 375.

Now find the corresponding month. September corresponds to 375.

Therefore, the final answer is {"answer": "September"}.


Prompt:
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Give you a table. Please solve the math problem below, showing each step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

How much money does Carson need to buy an orange marker and a mechanical pencil? (Unit: $)

Add the price of an orange marker and the price of a mechanical pencil:

$0.21 + $0.11 = $0.32

Carson needs $0.32.

So, the answer is {"answer": "0.32"}.


Prompt:
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Using the displayed table concerning the 'Science test scores', solve the subsequent math problem in a stepwise manner. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.

Mrs. Doyle, the science teacher, informed her students of their scores on Monday's test. How many students scored exactly 84 points? (Unit: students)

For the number 84, the stem is 8, and the leaf is 4. Find the row where the stem is 8. In that row, count all the leaves equal to 4.

You counted 2 leaves, which are blue in the stem-and-leaf plot above. 2 students scored exactly 84 points.

So, the answer is {"answer": "2"}.


Prompt:
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Table title: Grocery stores in each town
Question: A newspaper researched how many grocery stores there are in each town. What is the median of the numbers?
Solve the above question. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

Read the numbers from the table.

4, 4, 8, 5, 7, 3, 5

First, arrange the numbers from least to greatest:

3, 4, 4, 5, 5, 7, 8

Now find the number in the middle.

3, 4, 4, 5, 5, 7, 8

The number in the middle is 5.

The median is 5.

Therefore, the final answer is {"answer": "5"}.


Prompt:
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Show the detailed solution to solve the following problem. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}. The problem is related to the given table titled 'Subway train schedule'.

Problem: Look at the following schedule. Jaylen is at the history museum. If he wants to arrive at the shopping district at 1.00 P.M., what time should he get on the train? (A) 9:15 A.M. (B) 12:30 P.M. (C) 11:00 A.M. (D) 10:45 A.M.

Look at the row for the shopping district. Find the train that arrives at the shopping district at 1:00 P. M.

Look up the column until you find the row for the history museum.

Jaylen should get on the train at 11:00 A. M.

Therefore, the final answer is {"answer": "11:00 A.M."}.


Prompt:
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With the shown table image as your reference, carefully work out a detailed solution to the following question. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Making leaf rubbings
Question: After a field trip to the park, students in Mrs. Haley's art class counted the number of leaf rubbings they had made. How many students made at least 5 leaf rubbings?

Find the rows for 5 and 6 leaf rubbings. Add the frequencies for these rows.

Add:

9 + 16 = 25

25 students made at least 5 leaf rubbings.

So, the answer is {"answer": "25"}.


Prompt:
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Based on this table about 'Sit-up competition (number of sit-ups)', answer the following question in a stepwise manner. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Miss Dudley ran a sit-up competition among her P.E. students and monitored how many sit-ups each students could do. How many people did exactly 29 sit-ups? (Unit: people)

For the number 29, the stem is 2, and the leaf is 9. Find the row where the stem is 2. In that row, count all the leaves equal to 9.

You counted 1 leaf, which is blue in the stem-and-leaf plot above. 1 person did exactly29 sit-ups.

So, the answer is {"answer": "1"}.


Prompt:
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Show the detailed solution to answer the following question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Question: How much money does Jon need to buy a pale purple note card and a bright blue note card? (Unit: $)

Add the price of a pale purple note card and the price of a bright blue note card:

$0.24 + $0.11 = $0.35

Jon needs $0.35.

So, the answer is {"answer": "0.35"}.


Prompt:
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Table title: Sledding last winter
Question: The Dover Ski Resort asked its guests how many times they went sledding last winter. How many guests went sledding fewer than 2 times?
Give a detailed response to the above question. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

Find the rows for 0 and 1 time. Add the frequencies for these rows.

Add:

1 + 13 = 14

14 guests went sledding fewer than 2 times.

So, the answer is {"answer": "14"}.


Prompt:
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Solve the math problem below using the information from the table. Detail each step. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

Allie is a sandwich maker at a local deli. Last week, she tracked the number of peanut butter and jelly sandwiches ordered, noting the flavor of jelly and type of peanut butter requested. What is the probability that a randomly selected sandwich was made with chunky peanut butter and strawberry jelly? Simplify any fractions.

Let A be the event "the sandwich was made with chunky peanut butter" and B be the event "the sandwich was made with strawberry jelly".
To find the probability that a sandwich was made with chunky peanut butter and strawberry jelly, first identify the sample space and the event.
The outcomes in the sample space are the different sandwiches. Each sandwich is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the sandwich was made with chunky peanut butter and strawberry jelly".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the sandwich was made with chunky peanut butter and strawberry jelly", so look at the table to see how many sandwiches were made with chunky peanut butter and strawberry jelly.
The number of sandwiches that were made with chunky peanut butter and strawberry jelly is 3.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of sandwiches.
3 + 3 + 3 + 3 = 12

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{3}{12}
 = \frac{1}{4}
The probability that a sandwich was made with chunky peanut butter and strawberry jelly is \frac{1}{4}.

Thus, the final answer is {"answer": "1/4"}.


Prompt:
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Refer to the provided table and work through the question step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Bags of popcorn sold
Problem: A concession stand worker at the movie theater looked up how many bags of popcorn were sold in the past 3 days. How many more bags of popcorn did the movie theater sell on Tuesday than on Wednesday? (Unit: bags of popcorn)

Find the numbers in the table.

Tuesday: 734
Wednesday: 326

Now subtract: 734 - 326 = 408.

The movie theater sold 408 more bags of popcorn on Tuesday.

So, the answer is {"answer": "408"}.


Prompt:
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Using the table of 'Toys per bin', unfold the math word problem presented below, detailing every step of your calculation. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
A toy store employee counted the number of toys in each bin in the sale section. What is the largest number of toys? (Unit: toys)

Look at the last row of the stem-and-leaf plot. The last row has the highest stem. The stem for the last row is 9.

Now find the highest leaf in the last row. The highest leaf is 0.

The largest number of toys has a stem of 9 and a leaf of 0. Write the stem first, then the leaf: 90.

The largest number of toys is 90 toys.

So, the answer is {"answer": "90"}.


Prompt:
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Look at the table titled 'Final exam scores' and methodically tackle the math problem that follows. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Mrs. Freeman kept track of her students' scores on last year's final exam. What is the highest score? (Unit: points)

Look at the last row of the stem-and-leaf plot. The last row has the highest stem. The stem for the last row is 9.

Now find the highest leaf in the last row. The highest leaf is 0.

The highest score has a stem of 9 and a leaf of 0. Write the stem first, then the leaf: 90.

The highest score is 90 points.

Thus, the final answer is {"answer": "90"}.


Prompt:
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This image shows a table of 'Swings'. Solve the following math word problem based on the table.

Problem: The school district compared how many swings each elementary school has. Which school has the most swings? (A) Sierra Elementary (B) Hillside Elementary (C) Boyd Elementary (D) Newberry Elementary
Let's think step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 19.

Now find the corresponding elementary school. Sierra Elementary corresponds to 19.

Therefore, the final answer is {"answer": "Sierra Elementary"}.


Prompt:
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According to the table titled 'Cars per parking lot', solve this problem and give detail solutions. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.

In a study on public parking, the director of transportation counted the number of cars in each of the city's parking lots. What is the smallest number of cars? (Unit: cars)

Look at the first row of the stem-and-leaf plot. The first row has the lowest stem. The stem for the first row is 1.

Now find the lowest leaf in the first row. The lowest leaf is 4.

The smallest number of cars has a stem of 1 and a leaf of 4. Write the stem first, then the leaf: 14.

The smallest number of cars is 14 cars.

So, the answer is {"answer": "14"}.


Prompt:
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With the shown table image as your reference, carefully work out a detailed solution to the following question. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Cups of lemonade sold
Question: Justin wrote down how many cups of lemonade he sold in the past 4 days. How many cups in total did the lemonade stand sell on Tuesday and Friday? (Unit: cups of lemonade)

Find the numbers in the table.

Tuesday: 813
Friday: 755

Now add: 813 + 755 = 1,568.

The lemonade stand sold 1,568 cups on Tuesday and Friday.

Thus, the final answer is {"answer": "1,568"}.


Prompt:
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Given the table about 'Broken lights per string', solve the following math problem step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
While hanging Christmas lights for neighbors, Paul counted the number of broken lights on each string. How many strings had at least 10 broken lights but less than 20 broken lights?

Count all the leaves in the row with stem 1.

You counted 3 leaves, which are blue in the stem-and-leaf plot above. 3 strings had at least 10 broken lights but less than 20 broken lights.

So, the answer is {"answer": "3"}.


Prompt:
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Table title: Pizza slices sold
Math word problem: Some pizza restaurants compared their pizza sales. What is the mode of the numbers?
Solve the above problem based on the table information. Let's think step by step. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Read the numbers from the table.

50, 50, 59, 58, 50, 59, 56, 56

First, arrange the numbers from least to greatest:

50, 50, 50, 56, 56, 58, 59, 59

Now count how many times each number appears.

50 appears 3 times.
56 appears 2 times.
58 appears 1 time.
59 appears 2 times.

The number that appears most often is 50.

The mode is 50.

So, the answer is {"answer": "50"}.


Prompt:
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Based on this table about 'Ages of cousins', answer the following question in a stepwise manner. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
A girl compared the ages of her cousins. What is the range of the numbers?

Read the numbers from the table.

9, 3, 6, 10, 9, 10, 7, 4

First, find the greatest number. The greatest number is 10.

Next, find the least number. The least number is 3.

Subtract the least number from the greatest number:

10 − 3 = 7

The range is 7.

Therefore, the final answer is {"answer": "7"}.


Prompt:
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Math word problem: This is Kira's complete financial record for April. How much money did Kira spend on a bag of jellybeans? (Unit: $)

Show your detailed solution with the final answer in the JSON format {'answer': '<YOUR ANSWER>'}.

Look at the bag of jellybeans row. The expenses were $4.15. So, Kira spent $4.15 on a bag of jellybeans.

Therefore, the final answer is {"answer": "4.15"}.


Prompt:
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Give you a table. Please solve the math problem below, showing each step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

How much more does an emerald ring cost than a ruby necklace? (Unit: $)

Subtract the price of a ruby necklace from the price of an emerald ring.

$4,297.00 - $3,528.00 = $769.00

An emerald ring costs $769.00 more than a ruby necklace.

So, the answer is {"answer": "769"}.


Prompt:
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Check out the table image. Provide a detail solution to this problem. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

Problem: A customer at a sushi restaurant was examining the types of sushi rolls offered on the menu. Rolls vary by type of fish and level of spiciness. Rolls only contain one type of fish. What is the probability that a randomly selected sushi roll contains yellowtail and is labeled not spicy? Simplify any fractions.

Solution:

Let A be the event "the sushi roll contains yellowtail" and B be the event "the sushi roll is labeled not spicy".
To find the probability that a sushi roll contains yellowtail and is labeled not spicy, first identify the sample space and the event.
The outcomes in the sample space are the different sushi rolls. Each sushi roll is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the sushi roll contains yellowtail and is labeled not spicy".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the sushi roll contains yellowtail and is labeled not spicy", so look at the table to see how many sushi rolls contain yellowtail and are labeled not spicy.
The number of sushi rolls that contain yellowtail and are labeled not spicy is 7.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of sushi rolls.
7 + 2 + 3 + 5 = 17

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{7}{17}
The probability that a sushi roll contains yellowtail and is labeled not spicy is \frac{7}{17}.

Thus, the final answer is {"answer": "7/17"}.


Prompt:
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Table title: Aid received per capita from the U.S.
Question: An economist tracked the amount of per-capita aid sent from the U.S. to various countries during the 1900s. Per capita, how much more aid did Algeria receive in 1995 than in 1985? (Unit: $)
Solve the above question. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

Find the Algeria row. Find the numbers in this row for 1995 and 1985.

1995: $11.00
1985: $8.00

Now subtract:

$11.00 − $8.00 = $3.00

Per capita, Algeria received $3 more in aid in 1995 than in 1985.

Therefore, the final answer is {"answer": "3"}.


Prompt:
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Given the table about 'Pizza slices sold', solve the following math problem step by step. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
Some pizza restaurants compared their pizza sales. Which restaurant sold the most pizza slices? (A) New York Slice (B) Mario's Pizzeria (C) The Big Cheese (D) Antonio's Pizzeria

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 76.

Now find the corresponding restaurant. New York Slice corresponds to 76.

Thus, the final answer is {"answer": "New York Slice"}.


Prompt:
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Levi just returned from a spring break volunteer trip. He is shopping for a photo album that will showcase his photos from the trip. The albums range in photo capacity and orientation. What is the probability that a randomly selected photo album holds exactly 100 photos and is oriented horizontally? Simplify any fractions.

Solve the above problem using the table information. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

Let A be the event "the photo album holds exactly100 photos" and B be the event "the photo album is oriented horizontally".
To find the probability that a photo album holds exactly100 photos and is oriented horizontally, first identify the sample space and the event.
The outcomes in the sample space are the different photo albums. Each photo album is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the photo album holds exactly100 photos and is oriented horizontally".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the photo album holds exactly100 photos and is oriented horizontally", so look at the table to see how many photo albums hold exactly100 photos and are oriented horizontally.
The number of photo albums that hold exactly100 photos and are oriented horizontally is 3.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of photo albums.
5 + 3 + 6 + 5 = 19

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{3}{19}
The probability that a photo album holds exactly100 photos and is oriented horizontally is \frac{3}{19}.

Thus, the final answer is {"answer": "3/19"}.


Prompt:
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Solve this math word problem based on the given table image. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Sharon has $567. Does she have enough to buy a night's stay at Crescent Motel and a night's stay at Grand Mountain Inn? (A) yes (B) no

Add the price of a night's stay at Crescent Motel and the price of a night's stay at Grand Mountain Inn:

$156 + $433 = $589

$589 is more than $567. Sharon does not have enough money.

Therefore, the final answer is {"answer": "no"}.


Prompt:
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Solve this math word problem based on the given table image. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
How much money does Ryan need to buy a kinkajou and 3 cockatiels? (Unit: $)

Find the cost of 3 cockatiels.

$1,070.00 × 3 = $3,210.00

Now find the total cost.

$2,241.00 + $3,210.00 = $5,451.00

Ryan needs $5,451.00.

So, the answer is {"answer": "5,451"}.


Prompt:
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Considering the table of 'Pieces of fruit picked', answer the question below by showing each progressive step toward the answer. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Cora, who has five different fruit trees growing in her yard, kept track of how many pieces of fruit she picked this year. What fraction of the pieces of fruit picked were pears? Simplify your answer.

Find how many pears were picked.

10

Find how many pieces of fruit were picked in total.

10 + 41 + 89 + 42 + 70 = 252

Divide 10 by252.

\frac{10}{252}

Reduce the fraction.

\frac{10}{252} → \frac{5}{126}

\frac{5}{126} of pears were picked.

Thus, the final answer is {"answer": "5/126"}.


Prompt:
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With the table titled 'Restaurant ratings' in mind, please break down and resolve the question below step by step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

A food magazine published a listing of local restaurant ratings. What is the highest rating? (Unit: points)

Look at the last row of the stem-and-leaf plot. The last row has the highest stem. The stem for the last row is 5.

Now find the highest leaf in the last row. The highest leaf is 0.

The highest rating has a stem of 5 and a leaf of 0. Write the stem first, then the leaf: 50.

The highest rating is 50 points.

So, the answer is {"answer": "50"}.


Prompt:
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Given the table about 'Baseballs hit', solve the following math problem step by step. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
A baseball player paid attention to how many baseballs he hit in practice each day. What is the median of the numbers?

Read the numbers from the table.

4, 7, 2, 4, 2

First, arrange the numbers from least to greatest:

2, 2, 4, 4, 7

Now find the number in the middle.

2, 2, 4, 4, 7

The number in the middle is 4.

The median is 4.

So, the answer is {"answer": "4"}.


Prompt:
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This image shows a table of 'Reading books last month'. Solve the following math word problem based on the table.

Problem: Mr. Castro, the English teacher, had his students track the number of books they read last month. How many students read fewer than 2 books last month?
Let's think step by step. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

Find the rows for 0 and 1 book last month. Add the frequencies for these rows.

Add:

16 + 15 = 31

31 students read fewer than 2 books last month.

Therefore, the final answer is {"answer": "31"}.


Prompt:
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Using the table of 'Writing poems', unfold the math word problem presented below, detailing every step of your calculation. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Students at Summerfield Middle School wrote and submitted poems for a district-wide writing contest. How many students wrote more than 2 poems?

Find the rows for 3 and 4 poems. Add the frequencies for these rows.

Add:

17 + 14 = 31

31 students wrote more than 2 poems.

Thus, the final answer is {"answer": "31"}.


Prompt:
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Using the table of 'Employees with health care benefits', unfold the math word problem presented below, detailing every step of your calculation. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
At Castroville Consulting, the head of human resources examined how the number of employees with health care benefits varied in response to policy changes. According to the table, what was the rate of change between 2016 and 2017? (Unit: employees per year)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{20 employees - 35 employees}{2017 - 2016}
 = \frac{20 employees - 35 employees}{1 year}
 = \frac{-15 employees}{1 year}
 = -15 employees per year
The rate of change between 2016 and 2017 was - 15 employees per year.

Therefore, the final answer is {"answer": "-15"}.


Prompt:
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Table title: Going to the water park last summer
Question: A theme park developer recorded the number of people who visited the local water park last summer. How many people went to the water park fewer than 2 times?
Give a detailed response to the above question. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.

Find the row for 1 time and read the frequency. The frequency is 15.

15 people went to the water park fewer than 2 times.

So, the answer is {"answer": "15"}.


Prompt:
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With the table image in mind, formulate a detail solution for the math problem. Show specific steps towards the answer. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Roth has a collection of marbles of different sizes and colors. What is the probability that a randomly selected marble is big and red? Simplify any fractions.

Let A be the event "the marble is big" and B be the event "the marble is red".
To find the probability that a marble is big and red, first identify the sample space and the event.
The outcomes in the sample space are the different marbles. Each marble is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the marble is big and red".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the marble is big and red", so look at the table to see how many marbles are big and red.
The number of marbles that are big and red is 5.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of marbles.
5 + 4 + 5 + 2 = 16

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{5}{16}
The probability that a marble is big and red is \frac{5}{16}.

Thus, the final answer is {"answer": "5/16"}.


Prompt:
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Math word problem: Lauren went to the store. She bought 4 pounds of sunflower seeds and 3 pounds of soybeans. How much did she spend? (Unit: $)

Show your detailed solution with the final answer in the JSON format {'answer': '<YOUR ANSWER>'}.

Find the cost of the sunflower seeds. Multiply:

$3 × 4 = $12

Find the cost of the soybeans. Multiply:

$4 × 3 = $12

Now find the total cost by adding:

$12 + $12 = $24

She spent $24.

Thus, the final answer is {"answer": "24"}.


Prompt:
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Check out the table image. Provide a detail solution to this problem. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.

Problem: A drawing class was assigned a final project where students had to choose one art medium and one subject. The teacher kept track of the types of projects submitted. What is the probability that a randomly selected student used acrylic paint and chose to draw an insect? Simplify any fractions.

Solution:

Let A be the event "the student used acrylic paint" and B be the event "the student chose to draw an insect".
To find the probability that a student used acrylic paint and chose to draw an insect, first identify the sample space and the event.
The outcomes in the sample space are the different students. Each student is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the student used acrylic paint and chose to draw an insect".
Since this is a uniform probability model, count the number of outcomes in the event A and B and count the total number of outcomes. Then, divide them to compute the probability.

Find the number of outcomes in the event A and B.
A and B is the event "the student used acrylic paint and chose to draw an insect", so look at the table to see how many students used acrylic paint and chose to draw an insect.
The number of students who used acrylic paint and chose to draw an insect is 2.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of students.
4 + 3 + 2 + 7 = 16

Find P(A and B).
Since all outcomes are equally likely, the probability of event A and B is the number of outcomes in event A and B divided by the total number of outcomes.
P(A and B) = \frac{# of outcomes in A and B}{total # of outcomes}
 = \frac{2}{16}
 = \frac{1}{8}
The probability that a student used acrylic paint and chose to draw an insect is \frac{1}{8}.

Thus, the final answer is {"answer": "1/8"}.


Prompt:
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Starting with the provided table, detail your process in solving this problem. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Gavin bought 2+1/2 pounds of mint. How much did he spend? (Unit: $)

Find the cost of the mint. Multiply the price per pound by the number of pounds.
$5 × 2\frac{1}{2} = $5 × 2.5 = $12.50
He spent $12.50.

Thus, the final answer is {"answer": "12.50"}.


Prompt:
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Use the provided table image to solve the math challenge step by step. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Pablo has $730.00. How much money will Pablo have left if he buys a ticket for a Hawaiian cruise and a ticket for a South American cruise? (Unit: $)

Find the total cost of a ticket for a Hawaiian cruise and a ticket for a South American cruise.

$197.00 + $462.00 = $659.00

Now subtract the total cost from the starting amount.

$730.00 - $659.00 = $71.00

Pablo will have $71.00 left.

So, the answer is {"answer": "71"}.


Prompt:
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Table title: Students receiving scholarships
Math word problem: The financial aid office at McDaniel University produced an internal report on the number of students receiving scholarships. According to the table, what was the rate of change between 2007 and 2008? (Unit: students per year)
Solve the above problem based on the table information. Let's think step by step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{20 students - 29 students}{2008 - 2007}
 = \frac{20 students - 29 students}{1 year}
 = \frac{-9 students}{1 year}
 = -9 students per year
The rate of change between 2007 and 2008 was - 9 students per year.

So, the answer is {"answer": "-9"}.


Prompt:
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Based on the table picture with the title 'Cheese consumption per capita (kg)', unfold the steps to solve the problem given next. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
Problem: An agricultural agency is researching how much cheese people have been eating in different parts of the world. How much cheese was consumed per capita in Great Britain in 1996? (Unit: kg)

First, find the row for Great Britain. Then find the number in the 1996 column.

This number is 9. In 1996, people in Great Britain consumed 9 kilograms of cheese per capita.

Therefore, the final answer is {"answer": "9"}.


Prompt:
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Based on this table about 'School picnic schedule', answer the following question in a stepwise manner. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Look at the following schedule. Which event begins at 10.50 A.M.? (A) obstacle course (B) swimming competition (C) dance competition (D) softball game

Find 10:50 A. M. on the schedule. The softball game begins at 10:50 A. M.

So, the answer is {"answer": "softball game"}.


Prompt:
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Solve this math problem in a stepwise manner. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

Christina purchased 4 pounds of chai tea, 3 pounds of peppermint tea, and 1 pound of green tea. What was the total cost? (Unit: $)

Find the cost of the chai tea. Multiply:

$3.64 × 4 = $14.56

Find the cost of the peppermint tea. Multiply:

$1.97 × 3 = $5.91

Find the cost of the green tea. Multiply:

$3.62 × 1 = $3.62

Now find the total cost by adding:

$14.56 + $5.91 + $3.62 = $23.09

The total cost was $23.09.

So, the answer is {"answer": "23.09"}.


Prompt:
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Solve the math problem below using the information from the table. Detail each step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Dirk has two dogs, Sprinkles and Champ. He is concerned because Sprinkles keeps eating Champ's food. Dirk asks their vet how much each dog's weight has changed since their last visit. Which dog's weight has changed the most? (A) Sprinkles (B) Champ

To find which dog's weight changed the most, use absolute value. Absolute value tells you how much each dog's weight has changed.
Sprinkles: |5| = 5
Champ: |-6| = 6
Champ's weight has changed the most. He has lost 6 ounces.

Therefore, the final answer is {"answer": "Champ"}.


Prompt:
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Look at this table. Is this relation a function? (A) yes (B) no

Solve the above problem using the table information. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Look at the x-values in the table.

The x-value 17 is paired with multiple y-values, so the relation is not a function.

Therefore, the final answer is {"answer": "no"}.


Prompt:
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Use the provided table image to solve the math challenge step by step. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
How much money does Annie need to buy a blue tank top and a denim skirt? (Unit: $)

Add the price of a blue tank top and the price of a denim skirt:

$3 + $6 = $9

Annie needs $9.

So, the answer is {"answer": "9"}.


Prompt:
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Using the table of 'Pets', unfold the math word problem presented below, detailing every step of your calculation. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Some students compared how many pets they have. What is the range of the numbers?

Read the numbers from the table.

3, 1, 5, 2, 4, 6, 4, 2

First, find the greatest number. The greatest number is 6.

Next, find the least number. The least number is 1.

Subtract the least number from the greatest number:

6 − 1 = 5

The range is 5.

So, the answer is {"answer": "5"}.


Prompt:
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Check the table regarding to 'Average waiting time at the DMV', and sequentially solve the math word problem, writing out each step of your reasoning process. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
An administrator at the Department of Motor Vehicles (DMV) tracked the average wait time from month to month. According to the table, what was the rate of change between June and July? (Unit: minutes per month)

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{49 minutes - 48 minutes}{1 month}
 = \frac{1 minute}{1 month}
 = 1 minute per month
The rate of change between June and July was 1 minute per month.

Therefore, the final answer is {"answer": "1"}.


Prompt:
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Check out the table image. Provide a detail solution to this problem. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Problem: Pamela has $1.94. How much money will Pamela have left if she buys a bottle of hand lotion and a barrette? (Unit: $)

Solution:

Find the total cost of a bottle of hand lotion and a barrette.

$0.97 + $0.79 = $1.76

Now subtract the total cost from the starting amount.

$1.94 - $1.76 = $0.18

Pamela will have $0.18 left.

Thus, the final answer is {"answer": "0.18"}.


Prompt:
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Consider the table regarding to 'Aid received per capita from the U.S.' to sequentially solve the problem presented below. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

An economics student recorded the amount of per-capita aid that the U.S. gave to various countries during the 1900s. In 1980, how much more aid per capita did Pakistan receive than Libya? (Unit: $)

Find the 1980 column. Find the numbers in this column for Pakistan and Libya.

Pakistan: $14.00
Libya: $5.00

Now subtract:

$14.00 − $5.00 = $9.00

In 1980, Pakistan received $9 more aid per capita than Libya received.

Thus, the final answer is {"answer": "9"}.


Prompt:
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Refer to the provided table and work through the question step by step. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Children's weights (lbs)
Problem: Dr. Mitchell, a pediatrician, weighed all the children who recently visited her office. How many children weighed exactly 76 pounds?

For the number 76, the stem is 7, and the leaf is 6. Find the row where the stem is 7. In that row, count all the leaves equal to 6.

You counted 3 leaves, which are blue in the stem-and-leaf plot above. 3 children weighed exactly 76 pounds.

So, the answer is {"answer": "3"}.


Prompt:
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Look at the table. Then answer the question. At a price of $545, is there a shortage or a surplus? (A) shortage (B) surplus

Solve the above problem using the table information. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

At the price of $545, the quantity demanded is greater than the quantity supplied. There is not enough of the good or service for sale at that price. So, there is a shortage.

So, the answer is {"answer": "shortage"}.


Prompt:
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Give you a table image, answer this question. Let's think step by step. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
What is the total cost for 5 pounds of hazelnuts? (Unit: $)

Find the cost of the hazelnuts. Multiply the price per pound by the number of pounds.

$10.29 × 5 = $51.45

The total cost is $51.45.

So, the answer is {"answer": "51.45"}.


Prompt:
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Consider the table regarding to 'Vote breakdown' to sequentially solve the problem presented below. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.

Robert, who just won the election for student body president at Lakeside Middle School, tallied how many votes he received from each grade. What fraction of his votes were from the eighth grade? Simplify your answer.

Find how many of his votes came from the eighth grade.

200

Find how many students voted for him in total.

810 + 780 + 200 = 1,790

Divide 200 by1,790.

\frac{200}{1,790}

Reduce the fraction.

\frac{200}{1,790} → \frac{20}{179}

\frac{20}{179} of of his votes came from the eighth grade.

Thus, the final answer is {"answer": "20/179"}.


Prompt:
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Using the table of 'Miles driven', unfold the math word problem presented below, detailing every step of your calculation. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Colton kept a driving log to see how many miles he drove each day. On which day did Colton drive the fewest miles? (A) Tuesday (B) Wednesday (C) Thursday (D) Friday

Find the least number in the table. Remember to compare the numbers starting with the highest place value. The least number is 80.

Now find the corresponding day. Tuesday corresponds to 80.

Thus, the final answer is {"answer": "Tuesday"}.


Prompt:
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Math word problem: Look at the table. Then answer the question. At a price of $950, is there a shortage or a surplus? (A) shortage (B) surplus

Show your detailed solution with the final answer in the JSON format {'answer': '<YOUR ANSWER>'}.

At the price of $950, the quantity demanded is less than the quantity supplied. There is too much of the good or service for sale at that price. So, there is a surplus.

So, the answer is {"answer": "surplus"}.


Prompt:
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Table title: Rounds in the spelling bee
Question: Mrs. Murphy told students how many rounds to expect in the spelling bee based on previous years. According to the table, what was the rate of change between 2016 and 2017? (Unit: rounds per year)
Give a detailed response to the above question. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Plug the numbers into the formula for rate of change and simplify.
Rate of change
 = \frac{change in value}{change in time}
 = \frac{18 rounds - 11 rounds}{2017 - 2016}
 = \frac{18 rounds - 11 rounds}{1 year}
 = \frac{7 rounds}{1 year}
 = 7 rounds per year
The rate of change between 2016 and 2017 was 7 rounds per year.

Therefore, the final answer is {"answer": "7"}.


Prompt:
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Take a look at this table about 'Quiz show scores', and tackle the math word problem below in a sequential manner. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
The players on a quiz show received the following scores. What is the mode of the numbers?

Read the numbers from the table.

2, 2, 6, 6, 2

First, arrange the numbers from least to greatest:

2, 2, 2, 6, 6

Now count how many times each number appears.

2 appears 3 times.
6 appears 2 times.

The number that appears most often is 2.

The mode is 2.

So, the answer is {"answer": "2"}.