Prompt:
<image>
Please solve the problem based on the given image. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Problem: How much money does Shelley need to buy 6 blocks of cheddar cheese and 6 bags of frozen vegetables? (Unit: $)
Your Solution:

Find the cost of 6 blocks of cheddar cheese.

$2.07 × 6 = $12.42

Find the cost of 6 bags of frozen vegetables.

$3.27 × 6 = $19.62

Now find the total cost.

$12.42 + $19.62 = $32.04

Shelley needs $32.04.

Thus, the final answer is {"answer": "32.04"}.


Prompt:
<image>
Table title: Restaurant ratings
Math word problem: A food magazine published a listing of local restaurant ratings. How many restaurants were rated exactly 28 points? (Unit: restaurants)
Solve the above problem based on the table information. Let's think step by step. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

For the number 28, the stem is 2, and the leaf is 8. Find the row where the stem is 2. In that row, count all the leaves equal to 8.

You counted 2 leaves, which are blue in the stem-and-leaf plot above. 2 restaurants were rated exactly28 points.

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


Prompt:
<image>
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: Final exam scores
Question: Mrs. Dudley kept track of her students' scores on last year's final exam. How many students scored exactly 65 points? (Unit: students)

For the number 65, the stem is 6, and the leaf is 5. Find the row where the stem is 6. In that row, count all the leaves equal to 5.

You counted 1 leaf, which is blue in the stem-and-leaf plot above. 1 student scored exactly 65 points.

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


Prompt:
<image>
Solve this problem according to the provided picture in a step-wise manner. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
Each shelf has 2 bowls. How many bowls are on 4 shelves?

Count by twos. Use the chart: there are 8 bowls on 4 shelves.

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


Prompt:
<image>
Given the table about 'Light rail train schedule', solve the following math problem step by step. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.
Look at the following schedule. When does the train arrive at the hospital? (A) 11:00 A.M. (B) 12:05 P.M. (C) 12:45 P.M. (D) 11:55 A.M.

Find the hospital on the schedule. Find the arrival time for the hospital.

hospital: 12:05 P. M.

Thus, the final answer is {"answer": "12:05 P.M."}.


Prompt:
<image>
Table title: Eating bananas last week
Question: A chef kept track of the number of bananas people ate last week in her cafeteria. How many people ate at least 5 bananas last week?
Give a detailed response to the above question. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

Find the rows for 5 and 6 bananas last week. Add the frequencies for these rows.

Add:

5 + 1 = 6

6 people ate at least 5 bananas last week.

So, the answer is {"answer": "6"}.


Prompt:
<image>
Look at the table titled 'Pages per magazine' and methodically tackle the math problem that follows. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Mitch, a journalism student, counted the number of pages in several major magazines. How many magazines had at least 40 pages but less than 100 pages? (Unit: magazines)

Count all the leaves in the rows with stems 4, 5, 6, 7, 8, and 9.

You counted 6 leaves, which are blue in the stem-and-leaf plot above. 6 magazines had at least 40 pages but less than 100 pages.

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


Prompt:
<image>
Solve this math problem in a stepwise manner. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

Every summer, Allie goes on a week-long canoe trip with her childhood camp friends. After the trip, she usually purchases some oars from the destination city. Her collection of oars is organized by year and type of wood. What is the probability that a randomly selected oar was made from spruce wood and was purchased in 2010? Simplify any fractions.

Let A be the event "the oar was made from spruce wood" and B be the event "the oar was purchased in 2010".
To find the probability that a oar was made from spruce wood and was purchased in 2010, first identify the sample space and the event.
The outcomes in the sample space are the different oars. Each oar is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the oar was made from spruce wood and was purchased in 2010".
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 oar was made from spruce wood and was purchased in 2010", so look at the table to see how many oars were made from spruce wood and were purchased in 2010.
The number of oars that were made from spruce wood and were purchased in 2010 is 5.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of oars.
5 + 1 + 6 + 1 = 13

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}{13}
The probability that a oar was made from spruce wood and was purchased in 2010 is \frac{5}{13}.

Therefore, the final answer is {"answer": "5/13"}.


Prompt:
<image>
Answer the following question 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>"}.
How much money does Janelle need to buy a wrench, a garden hose, and a rake? (Unit: $)

Find the total cost of a wrench, a garden hose, and a rake.

$11.05 + $23.85 + $15.99 = $50.89

Janelle needs $50.89.

Therefore, the final answer is {"answer": "50.89"}.


Prompt:
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Take a look at this table about 'Fish per tank', and tackle the math word problem below in a sequential manner. At the end of your output, present 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. How many tanks have exactly 43 fish? (Unit: tanks)

For the number 43, the stem is 4, and the leaf is 3. Find the row where the stem is 4. In that row, count all the leaves equal to 3.

You counted 4 leaves, which are blue in the stem-and-leaf plot above. 4 tanks have exactly 43 fish.

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


Prompt:
<image>
This image shows a table of 'Floors per building'. Solve the following math word problem based on the table.

Problem: A city planner counted the number of floors per building in the downtown area. What is the largest number of floors? (Unit: floors)
Let's think step by step. Conclude your response with the final answer in the JSON format, structured as {"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 3.

Now find the highest leaf in the last row. The highest leaf is 7.

The largest number of floors has a stem of 3 and a leaf of 7. Write the stem first, then the leaf: 37.

The largest number of floors is 37 floors.

So, the answer is {"answer": "37"}.


Prompt:
<image>
Look at the table and break down the following math word problem, step by step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
How much money does Cooper need to buy 5 cellos? (Unit: $)

Find the total cost of 5 cellos by multiplying 5 times the price of a cello.

$3,035.00 × 5 = $15,175.00

Cooper needs $15,175.00.

Thus, the final answer is {"answer": "15,175"}.


Prompt:
<image>
Math word problem: Leroy has $1.00. Does he have enough to buy a nectarine and a kiwi? (A) yes (B) no

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

Add the price of a nectarine and the price of a kiwi:

$0.36 + $0.66 = $1.02

$1.02 is more than $1.00. Leroy does not have enough money.

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


Prompt:
<image>
Using the table of 'Hot dogs sold', 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>"}.
A hot dog stand kept track of the number of hot dogs sold each day. What is the mean of the numbers?

Read the numbers from the table.

91, 83, 72, 83, 80, 71

First, count how many numbers are in the group.

There are 6 numbers.

Now add all the numbers together:

91 + 83 + 72 + 83 + 80 + 71 = 480

Now divide the sum by the number of numbers:

480 ÷ 6 = 80

The mean is 80.

Therefore, the final answer is {"answer": "80"}.


Prompt:
<image>
According to the table, solve this problem and give detail solutions. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

Katie has $1.96. How much money will Katie have left if she buys an elastic band and a roll of electrical tape? (Unit: $)

Find the total cost of an elastic band and a roll of electrical tape.

$0.85 + $0.33 = $1.18

Now subtract the total cost from the starting amount.

$1.96 - $1.18 = $0.78

Katie will have $0.78 left.

Thus, the final answer is {"answer": "0.78"}.


Prompt:
<image>
Look at the table and break down the following math word problem, step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
How much more does a model airplane cost than a teddy bear? (Unit: $)

Subtract the price of a teddy bear from the price of a model airplane.

$23.65 - $15.82 = $7.83

A model airplane costs $7.83 more than a teddy bear.

Thus, the final answer is {"answer": "7.83"}.


Prompt:
<image>
Solve the problem according to the provided table image. Please provide detailed solution. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Table title: Company sizes
Problem: The board of commerce recorded how many employees work at each company. Which company has the fewest employees? (A) Davidson Insurance (B) Madison Corporation (C) ABC Electronics (D) Benson and Blakely

Find the least number in the table. Remember to compare the numbers starting with the highest place value. The least number is 644.

Now find the corresponding company. ABC Electronics corresponds to 648.

Thus, the final answer is {"answer": "ABC Electronics"}.


Prompt:
<image>
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: Tanner has $42.00. Does he have enough to buy a gray sweatshirt and a pair of boots? (A) yes (B) no
Solution:

Add the price of a gray sweatshirt and the price of a pair of boots:

$19.00 + $26.00 = $45.00

$45.00 is more than $42.00. Tanner does not have enough money.

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


Prompt:
<image>
Starting with the provided table, detail your process in solving this problem. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Look at the table. Then answer the question. At a price of $540, is there a shortage or a surplus? (A) shortage (B) surplus

At the price of $540, 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:
<image>
Check out the table image. Provide a detail solution to this problem. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.

Problem: Emilio has $14,842. Does he have enough to buy a dump truck and a forklift? (A) yes (B) no

Solution:

Add the price of a dump truck and the price of a forklift:

$6,224 + $9,160 = $15,384

$15,384 is more than $14,842. Emilio does not have enough money.

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


Prompt:
<image>
Solve the problem according to the provided table image. Please provide detailed solution. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Table title: Swings
Problem: The school district compared how many swings each elementary school has. Which school has the most swings? (A) Shoreline Elementary (B) Lincoln Elementary (C) Newberry Elementary (D) Hillside Elementary

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. Newberry Elementary corresponds to 19.

Thus, the final answer is {"answer": "Newberry Elementary"}.


Prompt:
<image>
Take a look at this table about 'Temperature at noon', and tackle the math word problem below in a sequential manner. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Trisha graphed the temperature at noon for 5 days. What is the median of the numbers?

Read the numbers from the table.

10, 10, 5, 6, 10

First, arrange the numbers from least to greatest:

5, 6, 10, 10, 10

Now find the number in the middle.

5, 6, 10, 10, 10

The number in the middle is 10.

The median is 10.

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


Prompt:
<image>
Problem:
Daniel, a soup chef at a new restaurant, kept track of the first week's soup sales. What is the probability that a randomly selected soup was ordered in a bowl and was split pea? 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 soup was ordered in a bowl" and B be the event "the soup was split pea".
To find the probability that a soup was ordered in a bowl and was split pea, first identify the sample space and the event.
The outcomes in the sample space are the different soups. Each soup is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the soup was ordered in a bowl and was split pea".
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 soup was ordered in a bowl and was split pea", so look at the table to see how many soups were ordered in a bowl and were split pea.
The number of soups that were ordered in a bowl and were split pea is 5.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of soups.
3 + 5 + 2 + 3 = 13

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}{13}
The probability that a soup was ordered in a bowl and was split pea is \frac{5}{13}.

Thus, the final answer is {"answer": "5/13"}.


Prompt:
<image>
This image shows a table of 'Ferry fares'. Solve the following math word problem based on the table.

Problem: For an economics project, Nina determined the cost of ferry rides for bicycles and cars. How much higher is the fare for a car on the Fauntleroy-Vashon ferry than on the Southport-Fort Fisher ferry? (Unit: $)
Let's think step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Find the Car column. Find the numbers in this column for Fauntleroy-Vashon and Southport-Fort Fisher.

Fauntleroy-Vashon: $15.00
Southport-Fort Fisher: $5.00

Now subtract:

$15.00 − $5.00 = $10.00

The fare for a car is $10 more on the Fauntleroy-Vashon ferry than on the Southport-Fort Fisher ferry.

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


Prompt:
<image>
Based on the table, solve the following math problem step by step. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Tom has $1.96. How much money will Tom have left if he buys a white spindle shell and a dark gray shell? (Unit: $)

Find the total cost of a white spindle shell and a dark gray shell.

$0.13 + $0.95 = $1.08

Now subtract the total cost from the starting amount.

$1.96 - $1.08 = $0.88

Tom will have $0.88 left.

So, the answer is {"answer": "0.88"}.


Prompt:
<image>
Solve this math problem in a stepwise manner. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

How much would it cost to buy 3 pounds of semisweet chocolate chips and 1 pound of white chocolate chips? (Unit: $)

Find the cost of the semisweet chocolate chips. Multiply:

$2 × 3 = $6

Find the cost of the white chocolate chips. Multiply:

$6 × 1 = $6

Now find the total cost by adding:

$6 + $6 = $12

It would cost $12.

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


Prompt:
<image>
Give you a table image, answer this question. Let's think step by step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Estelle and her brother are at a store shopping for a beanbag chair for their school's library. The store sells beanbag chairs with different fabrics and types of filling. What is the probability that a randomly selected beanbag chair is made from velvet and is filled with foam? Simplify any fractions.

Let A be the event "the beanbag chair is made from velvet" and B be the event "the beanbag chair is filled with foam".
To find the probability that a beanbag chair is made from velvet and is filled with foam, first identify the sample space and the event.
The outcomes in the sample space are the different beanbag chairs. Each beanbag chair is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the beanbag chair is made from velvet and is filled with foam".
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 beanbag chair is made from velvet and is filled with foam", so look at the table to see how many beanbag chairs are made from velvet and are filled with foam.
The number of beanbag chairs that are made from velvet and are filled with foam is 1.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of beanbag chairs.
1 + 5 + 4 + 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{1}{12}
The probability that a beanbag chair is made from velvet and is filled with foam is \frac{1}{12}.

Thus, the final answer is {"answer": "1/12"}.


Prompt:
<image>
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>"}.
Every summer, Darnel goes on a week-long canoe trip with his childhood camp friends. After the trip, he usually purchases some oars from the destination city. His collection of oars is organized by year and type of wood. What is the probability that a randomly selected oar was purchased in 2010 and was made from spruce wood? Simplify any fractions.

Let A be the event "the oar was purchased in 2010" and B be the event "the oar was made from spruce wood".
To find the probability that a oar was purchased in 2010 and was made from spruce wood, first identify the sample space and the event.
The outcomes in the sample space are the different oars. Each oar is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the oar was purchased in 2010 and was made from spruce wood".
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 oar was purchased in 2010 and was made from spruce wood", so look at the table to see how many oars were purchased in 2010 and were made from spruce wood.
The number of oars that were purchased in 2010 and were made from spruce wood is 2.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of oars.
2 + 2 + 3 + 3 = 10

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}{10}
 = \frac{1}{5}
The probability that a oar was purchased in 2010 and was made from spruce wood is \frac{1}{5}.

Therefore, the final answer is {"answer": "1/5"}.


Prompt:
<image>
Starting with the provided table, detail your process in solving this problem. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
How much money does Brittany need to buy a coffee pot and 4 serving platters? (Unit: $)

Find the cost of 4 serving platters.

$12.47 × 4 = $50.88

Now find the total cost.

$12.24 + $50.88 = $63.12

Brittany needs $63.12.

Thus, the final answer is {"answer": "63.12"}.


Prompt:
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Starting with the provided table, detail your process in solving this problem. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
How much more does an elastic band cost than a brass clip? (Unit: $)

Subtract the price of a brass clip from the price of an elastic band.

$0.47 - $0.12 = $0.35

An elastic band costs $0.35 more than a brass clip.

Thus, the final answer is {"answer": "0.35"}.


Prompt:
<image>
Table title: Train schedule
Question: Look at the following schedule. Austen got on the train at Floral Gardens at 6.00 P.M. What time will he get to Skyscraper City? (A) 2:45 P.M. (B) 3:00 P.M. (C) 9:45 A.M. (D) 6:30 P.M.
Solve the above question. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

Find 6:00 P. M. in the row for Floral Gardens. That column shows the schedule for the train that Austen is on.

Look down the column until you find the row for Skyscraper City.

Austen will get to Skyscraper City at 7:15 P. M.

Therefore, the final answer is {"answer": "7:15 P.M."}.


Prompt:
<image>
Based on the table, solve the following math problem step by step. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Look at the table. Then answer the question. At a price of $475, is there a shortage or a surplus? (A) shortage (B) surplus

At the price of $475, 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:
<image>
Solve the problem according to the provided table image. Please provide detailed solution. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Table title: Trips to the grocery store last week
Problem: A grocery store chain tracked the number of trips people made to its stores last week. How many people went to the grocery store exactly 4 times last week?

Find the row for 4 times and read the frequency. The frequency is 9.

9 people went to the grocery store exactly 4 times last week.

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


Prompt:
<image>
Look at the table titled 'Summer Olympics schedule' and methodically tackle the math problem that follows. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Look at the following schedule. When does the tennis event end? (A) 2:25 P.M. (B) 12:30 P.M. (C) 1:40 P.M. (D) 8:30 P.M.

Find the tennis event on the schedule. Find the end time for the tennis event.

tennis: 2:25 P. M.

Therefore, the final answer is {"answer": "2:25 P.M."}.


Prompt:
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Based on this table about 'Points per game', answer the following question in a stepwise manner. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
A high school basketball coach counted the number of points her team scored each game. How many games had at least 50 points but fewer than 70 points?

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

You counted 7 leaves, which are blue in the stem-and-leaf plot above. 7 games had at least 50 points but fewer than 70 points.

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


Prompt:
<image>
Solve this math problem in a stepwise manner. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.

How much money does Sue need to buy a mechanical pencil and a pink eraser? (Unit: $)

Add the price of a mechanical pencil and the price of a pink eraser:

$0.03 + $0.03 = $0.06

Sue needs $0.06.

Therefore, the final answer is {"answer": "0.06"}.


Prompt:
<image>
Look at the table and break down the following math word problem, step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Sidney has $1.50. Does she have enough to buy a package of note cards and a glue stick? (A) yes (B) no

Add the price of a package of note cards and the price of a glue stick:

$0.80 + $0.58 = $1.38

$1.38 is less than $1.50. Sidney does have enough money.

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


Prompt:
<image>
Using the table of 'Average waiting time at a doctor's office', unfold the math word problem presented below, detailing every step of your calculation. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
Cameron, a doctor's office receptionist, tracked the average waiting time at the office each month. According to the table, what was the rate of change between August and September? (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{16 minutes - 16 minutes}{1 month}
 = \frac{0 minutes}{1 month}
 = 0 minutes per month
The rate of change between August and September was 0 minutes per month.

Therefore, the final answer is {"answer": "0"}.


Prompt:
<image>
Answer the following question based on the table information. Let's think step by step. Conclude your response with the final answer in the JSON format, structured as {"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{6 - 3}{1 - 0}
 = \frac{3}{1}
 = 3
Now pick any other two rows and calculate the rate of change between them.
Call the values in the second row x1 and y1. Call the values in the third row x2 and y2.
Rate of change = \frac{y2 - y1}{x2 - x1}
 = \frac{9 - 6}{2 - 1}
 = \frac{3}{1}
 = 3
The two rates of change are the same.
If you checked the rate of change between rows 1 and 3, you would find that it is also 3.
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.

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


Prompt:
<image>
Show the detailed solution to answer the following question. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Question: Stacy has $2.00. Does she have enough to buy a miniature padlock and a ball of twine? (A) yes (B) no

Add the price of a miniature padlock and the price of a ball of twine:

$0.83 + $0.97 = $1.80

$1.80 is less than $2.00. Stacy does have enough money.

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


Prompt:
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According to the table titled 'Bus schedule', solve this problem and give detail solutions. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.

Look at the following schedule. Jasmine is at the library at 1.30 P.M. How soon can she get to the playground? (A) 3:00 P.M. (B) 12:15 P.M. (C) 9:45 A.M. (D) 1:45 P.M.

Look at the row for the library. Find the next bus departing from the library after 1:30 P. M. This bus departs from the library at 1:45 P. M.

Look down the column until you find the row for the playground.

Jasmine will get to the playground at 3:00 P. M.

So, the answer is {"answer": "3:00 P.M."}.


Prompt:
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With the table titled 'Pop quiz scores' in mind, please break down and resolve the question below step by step. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

Professor Dudley released the results of yesterday's pop quiz. How many students scored at least 20 points but fewer than 90 points? (Unit: students)

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

You counted 6 leaves, which are blue in the stem-and-leaf plot above. 6 students scored at least 20 points but fewer than 90 points.

So, the answer is {"answer": "6"}.


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

Look at the table. Then answer the question. At a price of $375, is there a shortage or a surplus? (A) shortage (B) surplus

At the price of $375, 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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Problem:
Greer has a collection of marbles of different sizes and colors. What is the probability that a randomly selected marble is green and small? 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 marble is green" and B be the event "the marble is small".
To find the probability that a marble is green and small, 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 green and small".
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 green and small", so look at the table to see how many marbles are green and small.
The number of marbles that are green and small is 8.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of marbles.
7 + 2 + 3 + 8 = 20

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{8}{20}
 = \frac{2}{5}
The probability that a marble is green and small is \frac{2}{5}.

Thus, the final answer is {"answer": "2/5"}.


Prompt:
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Please solve the problem based on the given image. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Problem: A store recently released a new line of alarm clocks that emits a smell to wake you up in the morning. The head of sales tracked buyers' ages and which smells they preferred. What is the probability that a randomly selected buyer purchased a clock scented like bacon and is a teenager? Simplify any fractions.
Your Solution:

Let A be the event "the buyer purchased a clock scented like bacon" and B be the event "the buyer is a teenager".
To find the probability that a buyer purchased a clock scented like bacon and is a teenager, first identify the sample space and the event.
The outcomes in the sample space are the different buyers. Each buyer is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the buyer purchased a clock scented like bacon and is a teenager".
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 buyer purchased a clock scented like bacon and is a teenager", so look at the table to see how many buyers purchased a clock scented like bacon and are a teenager.
The number of buyers who purchased a clock scented like bacon and are a teenager is 1.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of buyers.
4 + 5 + 1 + 3 = 13

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{1}{13}
The probability that a buyer purchased a clock scented like bacon and is a teenager is \frac{1}{13}.

Thus, the final answer is {"answer": "1/13"}.


Prompt:
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Examine the table of 'Spelling bee results' and proceed to solve the following math word problem in a stepwise manner. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
After a spelling bee, some students compared how many words they spelled correctly. What is the mode of the numbers?

Read the numbers from the table.

45, 45, 47, 44, 48, 47, 44, 45

First, arrange the numbers from least to greatest:

44, 44, 45, 45, 45, 47, 47, 48

Now count how many times each number appears.

44 appears 2 times.
45 appears 3 times.
47 appears 2 times.
48 appears 1 time.

The number that appears most often is 44.

The mode is 44.

So, the answer is {"answer": "44"}.


Prompt:
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Math word problem: How much money does Jenny need to buy a pineapple upside-down cake and a carrot cake? (Unit: $)

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

Add the price of a pineapple upside-down cake and the price of a carrot cake:

$19 + $13 = $32

Jenny needs $32.

So, the answer is {"answer": "32"}.


Prompt:
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Look at the table and break down the following math word problem, step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
How much money does Kylie need to buy a telephone and a microwave? (Unit: $)

Add the price of a telephone and the price of a microwave:

$50.00 + $64.00 = $114.00

Kylie needs $114.00.

So, the answer is {"answer": "114"}.


Prompt:
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Show the detailed solution to solve the following problem. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}. The problem is related to the given table titled 'Aid received per capita from the U.S.'.

Problem: 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 Nepal receive in 1985 than in 1975? (Unit: $)

Find the Nepal row. Find the numbers in this row for 1985 and 1975.

1985: $14.00
1975: $3.00

Now subtract:

$14.00 − $3.00 = $11.00

Per capita, Nepal received $11 more in aid in 1985 than in 1975.

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


Prompt:
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Solve this math problem in a stepwise manner. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.

How much money does Brenda need to buy a king snake and a finch? (Unit: $)

Add the price of a king snake and the price of a finch:

$165.00 + $193.00 = $358.00

Brenda needs $358.00.

Therefore, the final answer is {"answer": "358"}.


Prompt:
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How much more does a book about hiking cost than a book about airplanes? (Unit: $)

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

Subtract the price of a book about airplanes from the price of a book about hiking.

$4.07 - $3.83 = $0.24

A book about hiking costs $0.24 more than a book about airplanes.

Thus, the final answer is {"answer": "0.24"}.


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

How much money does Devin need to buy a ladder and a shovel? (Unit: $)

Add the price of a ladder and the price of a shovel:

$36.00 + $20.00 = $56.00

Devin needs $56.00.

So, the answer is {"answer": "56"}.


Prompt:
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Take a look at this table about 'Restaurant ratings', and tackle the math word problem below in a sequential manner. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
A food magazine published a listing of local restaurant ratings. How many restaurants were rated exactly 20 points? (Unit: restaurants)

For the number 20, the stem is 2, and the leaf is 0. Find the row where the stem is 2. In that row, count all the leaves equal to 0.

You counted 2 leaves, which are blue in the stem-and-leaf plot above. 2 restaurants were rated exactly20 points.

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


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: Derek buys 1/2 of a kilogram of Swiss. What is the total cost? (Unit: $)

Find the cost of the Swiss. Multiply the price per kilogram by the number of kilograms.
$2 × \frac{1}{2} = $2 × 0.5 = $1
The total cost is $1.

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


Prompt:
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Look at the table and break down the following math word problem, step by step. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Each hamburger place has 5 chefs. How many chefs are in 5 hamburger places?

Count by fives. Use the chart: there are 25 chefs in 5 hamburger places.

Thus, the final answer is {"answer": "25"}.


Prompt:
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Table title: Articles per magazine
Question: Malia counted the number of articles in several different magazines. What is the largest number of articles? (Unit: articles)
Solve the above question. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

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 4.

Now find the highest leaf in the last row. The highest leaf is 4.

The largest number of articles has a stem of 4 and a leaf of 4. Write the stem first, then the leaf: 44.

The largest number of articles is 44 articles.

So, the answer is {"answer": "44"}.


Prompt:
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Based on the table, solve the following math problem step by step. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
How much money does Valentina need to buy pasta with tomato sauce, steamed broccoli, and pasta with white sauce? (Unit: $)

Find the total cost of pasta with tomato sauce, steamed broccoli, and pasta with white sauce.

$5 + $2 + $5 = $12

Valentina needs $12.

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


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: Mike has $0.04. Does he have enough to buy a piece of floral stationery and a white note card? (A) yes (B) no

Solution:

Add the price of a piece of floral stationery and the price of a white note card:

$0.02 + $0.04 = $0.06

$0.06 is more than $0.04. Mike does not have enough money.

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


Prompt:
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Based on the table picture with the title 'Technical assistance wait times (minutes)', unfold the steps to solve the problem given next. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Problem: A Technical Assistance Manager monitored his customers' wait times. How many people waited for exactly 38 minutes? (Unit: people)

For the number 38, the stem is 3, and the leaf is 8. Find the row where the stem is 3. In that row, count all the leaves equal to 8.

You counted 1 leaf, which is blue in the stem-and-leaf plot above. 1 person waited for exactly 38 minutes.

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


Prompt:
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Based on the table, solve the following math problem step by step. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Alana bought 1 pound of gouda, 4 pounds of Brie, and 1 pound of smoked cheddar. How much did she spend? (Unit: $)

Find the cost of the gouda. Multiply:

$5 × 1 = $5

Find the cost of the Brie. Multiply:

$6 × 4 = $24

Find the cost of the smoked cheddar. Multiply:

$6 × 1 = $6

Now find the total cost by adding:

$5 + $24 + $6 = $35

She spent $35.

Thus, the final answer is {"answer": "35"}.


Prompt:
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Solve this math word problem according to the provided table of 'Basketball hoops'. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
The parks department compared how many basketball hoops there are at each park. What is the mode of the numbers?

Read the numbers from the table.

3, 1, 3, 1, 9, 3, 9

First, arrange the numbers from least to greatest:

1, 1, 3, 3, 3, 9, 9

Now count how many times each number appears.

1 appears 2 times.
3 appears 3 times.
9 appears 2 times.

The number that appears most often is 3.

The mode is 3.

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


Prompt:
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Please solve the problem based on the given table about 'Scores on the math quiz'. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

Problem: Mr. Blanchard recorded the scores of his students on the most recent math quiz. Which score did the greatest number of people receive?

Your Solution:

Look at the frequency column. Find the greatest frequency. The greatest frequency is 17, which is in the row for 5. The greatest number of people scored 5.

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


Prompt:
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Examine the table of 'Planet Volume (km3) Primary composition' and proceed to solve the following math word problem in a stepwise manner. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Use the data to answer the question below. Is the following statement about our solar system true or false? Three-quarters of the planets are larger than Earth. (A) true (B) false

To determine if this statement is true, visualize the given information on a picture graph. Then, compare the number of planets larger than Earth to the total number of planets in the solar system.

The number of planets larger than Earth is 5, and the total number of planets in the solar system is 9. Therefore, the statement is false.

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


Prompt:
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Given the table about 'Birds in local lakes', 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>"}.
A biologist recorded the number of birds at lakes in Springtown. How many more ducks than swans live in Moon Lake? (Unit: ducks)

Find the Moon Lake row. Find the numbers in this row for ducks and swans.

ducks: 16
swans: 12

Now subtract:

16 − 12 = 4

4 more ducks than swans live in Moon Lake.

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


Prompt:
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This image shows a table of 'Games won by Carla's soccer team'. Solve the following math word problem based on the table.

Problem: Carla kept track of the number of games her soccer team won each year. According to the table, what was the rate of change between 2013 and 2014? (Unit: games per year)
Let's think step by step. 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{22 games - 14 games}{2014 - 2013}
 = \frac{22 games - 14 games}{1 year}
 = \frac{8 games}{1 year}
 = 8 games per year
The rate of change between 2013 and 2014 was 8 games per year.

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


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. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Table title: Broken crayons per box

Problem: A crayon factory monitored the number of broken crayons per box during the past day. How many boxes had at least 60 broken crayons? (Unit: boxes)

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

You counted 8 leaves, which are blue in the stem-and-leaf plot above. 8 boxes had at least 60 broken crayons.

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


Prompt:
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This image shows a table of 'Trees in city parks'. Solve the following math word problem based on the table.

Problem: Emmett, a park ranger, recorded the number of each type of tree in the Mercer County Park District. Which park has the fewest cherry trees? (A) Sawyer Park (B) Glen Park (C) Goose Park (D) Lake Park
Let's think step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

Look at the numbers in the Cherry trees column. Find the least number in this column.

The least number is 9, which is in the Ross Park row. Ross Park has the fewest cherry trees.

So, the answer is {"answer": "Ross Park"}.


Prompt:
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Use the provided table image to solve the math challenge step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
How much money does Joey need to buy a motorcycle and a kayak? (Unit: $)

Add the price of a motorcycle and the price of a kayak:

$640.00 + $845.00 = $1,485.00

Joey needs $1,485.00.

So, the answer is {"answer": "1,485"}.


Prompt:
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Based on the table picture with the title 'Cows per farm', unfold the steps to solve the problem given next. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Problem: A researcher recorded the number of cows on each farm in the county. How many farms have exactly 62 cows? (Unit: farms)

For the number 62, the stem is 6, and the leaf is 2. Find the row where the stem is 6. In that row, count all the leaves equal to 2.

You counted 0 leaves. 0 farms have exactly 62 cows.

Thus, the final answer is {"answer": "0"}.


Prompt:
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Using the displayed table concerning the 'Sheets of paper used', 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>"}.

A printing shop kept a log of how many sheets of paper were used in the past 4 days. On which day did the printing shop use the most sheets of paper? (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 589.

Now find the corresponding day. Tuesday corresponds to 589.

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


Prompt:
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With the shown table image as your reference, carefully work out a detailed solution to the following question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Rotten tomatoes per barrel
Question: The Castroville Soup Company recorded the number of rotten tomatoes in each barrel it received. How many barrels had less than 28 rotten tomatoes? (Unit: barrels)

Count all the leaves in the row with stem 1.

In the row with stem 2, count all the leaves less than 8.

You counted 1 leaf, which is blue in the stem-and-leaf plots above. 1 barrel had less than 28 rotten tomatoes.

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


Prompt:
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Solve the problem according to the provided table image. Please provide detailed solution. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Table title: Winning relay times
Problem: Every year Ashland has a citywide relay and reports the winning times. According to the table, what was the rate of change between 2018 and 2019? (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{43 minutes - 37 minutes}{2019 - 2018}
 = \frac{43 minutes - 37 minutes}{1 year}
 = \frac{6 minutes}{1 year}
 = 6 minutes per year
The rate of change between 2018 and 2019 was 6 minutes per year.

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


Prompt:
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This image shows a table of 'Office sizes (square meters)'. Solve the following math word problem based on the table.

Problem: Jamie, who rents properties for a living, measures all the offices in a building he is renting. How many offices are at least 40 square meters but less than 83 square meters? (Unit: offices)
Let's think step by step. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

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

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

You counted 9 leaves, which are blue in the stem-and-leaf plots above. 9 offices are at least 40 square meters but less than 83 square meters.

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


Prompt:
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Look at the table titled 'Books per shelf' and methodically tackle the math problem that follows. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
The librarian at the public library counted the number of books on each shelf. What is the largest number of books? (Unit: books)

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

The largest number of books is 90 books.

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


Prompt:
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Using the table of 'Spelling words practiced', 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>"}.
Nancy wrote down how many spelling words she practiced each day. What is the mean of the numbers?

Read the numbers from the table.

7, 7, 8, 10, 8

First, count how many numbers are in the group.

There are 5 numbers.

Now add all the numbers together:

7 + 7 + 8 + 10 + 8 = 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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Table title: Smoothies sold
Question: A juice shop tracked how many smoothies it sold in the past 4 days. On which day did the shop sell the most smoothies? (A) Tuesday (B) Wednesday (C) Thursday (D) Friday
Solve the above question. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 96.

Now find the corresponding day. Tuesday corresponds to 96.

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


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

Problem: Some friends played miniature golf and wrote down their scores. How many more strokes did Hugo take than Anita? (Unit: strokes)
Let's think step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Find the numbers in the table.

Hugo: 137
Anita: 128

Now subtract: 137 - 128 = 9.

Hugo took 9 more strokes.

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


Prompt:
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Table title: Summer Olympics schedule
Math word problem: Look at the following schedule. Which event ends at 6.05 P.M.? (A) diving event (B) rowing event (C) cycling event (D) marathon
Solve the above problem based on the table information. Let's think step by step. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.

Find 6:05 P. M. on the schedule. The diving event ends at 6:05 P. M.

Thus, the final answer is {"answer": "diving event"}.


Prompt:
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Based on this table about 'Floors per building', solve the following problem. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
A city planner counted the number of floors per building in the downtown area. What is the largest number of floors? (Unit: floors)

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 7.

Now find the highest leaf in the last row. The highest leaf is 7.

The largest number of floors has a stem of 7 and a leaf of 7. Write the stem first, then the leaf: 77.

The largest number of floors is 77 floors.

So, the answer is {"answer": "77"}.


Prompt:
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Based on this table about 'Hours worked', answer the following question in a stepwise manner. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Tristan looked at his calendar to see how many hours he had worked in the past 7 days. What is the range of the numbers?

Read the numbers from the table.

9, 3, 0, 7, 0, 3, 6

First, find the greatest number. The greatest number is 9.

Next, find the least number. The least number is 0.

Subtract the least number from the greatest number:

9 − 0 = 9

The range is 9.

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


Prompt:
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With the table titled 'Watermelons harvested' in mind, please break down and resolve the question below step by step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

A farmer recalled how many watermelons were harvested in the past 4 days. On which day were the fewest watermelons harvested? (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 71.

Now find the corresponding day. Friday corresponds to 71.

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


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>"}.
Keenan went to the store and bought 3.3 pounds of bean dip. How much did he spend? (Unit: $)

Find the cost of the bean dip. Multiply the price per pound by the number of pounds.
$3 × 3.3 = $9.90
He spent $9.90.

Thus, the final answer is {"answer": "9.90"}.


Prompt:
<image>
Refer to the provided table and work through the question step by step. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Table title: Chocolate consumption per capita (kg)
Problem: Scott'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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Based on the table picture with the title 'Favorite desserts', unfold the steps to solve the problem given next. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Problem: Teachers at Ashland Elementary School asked students to name their favorite desserts. What fraction of the votes were for pudding? Simplify your answer.

Find how many students voted for pudding.

450

Find how many votes there were in total.

490 + 320 + 450 + 50 + 200 = 1,700

Divide 450 by1,700.

\frac{450}{1,700}

Reduce the fraction.

\frac{450}{1,700} → \frac{9}{34}

\frac{9}{34} of students voted for pudding.

Thus, the final answer is {"answer": "9/34"}.


Prompt:
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How much more does a shiny red bead cost than a tiny gold bead? (Unit: $)

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

Subtract the price of a tiny gold bead from the price of a shiny red bead.

$0.69 - $0.19 = $0.50

A shiny red bead costs $0.50 more than a tiny gold bead.

So, the answer is {"answer": "0.50"}.


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

Some students compared how many pairs of boots they own. How many students own fewer than 2 pairs of boots?

Find the rows for 0 and 1 pair of boots. Add the frequencies for these rows.

Add:

0 + 1 = 1

1 student owns fewer than 2 pairs of boots.

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


Prompt:
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With the shown table image as your reference, carefully work out a detailed solution to the following question. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Table title: Broken lights per string
Question: While hanging Christmas lights for neighbors, Zach counted the number of broken lights on each string. What is the largest number of broken lights? (Unit: broken lights)

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 7.

Now find the highest leaf in the last row. The highest leaf is 5.

The largest number of broken lights has a stem of 7 and a leaf of 5. Write the stem first, then the leaf: 75.

The largest number of broken lights is 75 broken lights.

Thus, the final answer is {"answer": "75"}.


Prompt:
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Answer the following question based on the table information. Let's think step by step. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Isaac is a pediatrics nurse who conducts the first neonatal exam on newborn patients. He makes note of the newborns' height, weight, eye color, and heart rate, among other things. What is the probability that a randomly selected baby has blue eyes and has a slow heart rate (<100 bpm)? Simplify any fractions.

Let A be the event "the baby has blue eyes" and B be the event "the baby has a slow heart rate (<100 bpm)".
To find the probability that a baby has blue eyes and has a slow heart rate (<100 bpm), first identify the sample space and the event.
The outcomes in the sample space are the different babies. Each baby is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the baby has blue eyes and has a slow heart rate (<100 bpm)".
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 baby has blue eyes and has a slow heart rate (<100 bpm)", so look at the table to see how many babies have blue eyes and have a slow heart rate (<100 bpm).
The number of babies who have blue eyes and have a slow heart rate (<100 bpm) is 5.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of babies.
5 + 5 + 3 + 6 = 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{5}{19}
The probability that a baby has blue eyes and has a slow heart rate (<100 bpm) is \frac{5}{19}.

Thus, the final answer is {"answer": "5/19"}.


Prompt:
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Problem:
Clara entered her sister into their town's Smelly Shoe Competition. Clara observed contestants of all ages proudly strutting around wearing different kinds of smelly shoes. What is the probability that a randomly selected contestant is under age 12 and is wearing high heels? Simplify any fractions.

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

Let A be the event "the contestant is under age 12" and B be the event "the contestant is wearing high heels".
To find the probability that a contestant is under age 12 and is wearing high heels, first identify the sample space and the event.
The outcomes in the sample space are the different contestants. Each contestant is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the contestant is under age 12 and is wearing high heels".
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 contestant is under age 12 and is wearing high heels", so look at the table to see how many contestants are under age 12 and are wearing high heels.
The number of contestants who are under age 12 and are wearing high heels is 2.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of contestants.
7 + 5 + 2 + 1 = 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{2}{15}
The probability that a contestant is under age 12 and is wearing high heels is \frac{2}{15}.

Thus, the final answer is {"answer": "2/15"}.


Prompt:
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Answer the following question based on the table information. Let's think step by step. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Each branch has 10 flowers. How many flowers are on 6 branches?

Count by tens. Use the chart: there are 60 flowers on 6 branches.

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


Prompt:
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Give you a table image, answer this question. Let's think step by step. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
How much money does Ben need to buy a golf ball, a bicycle helmet, and a swimsuit? (Unit: $)

Find the total cost of a golf ball, a bicycle helmet, and a swimsuit.

$2.33 + $8.14 + $8.80 = $19.27

Ben needs $19.27.

So, the answer is {"answer": "19.27"}.


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

Quincy has $10,260.00. Does he have enough to buy a super desktop and a bright blue desktop? (A) yes (B) no

Add the price of a super desktop and the price of a bright blue desktop:

$1,552.00 + $9,038.00 = $10,590.00

$10,590.00 is more than $10,260.00. Quincy does not have enough money.

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


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. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.

Table title: States visited

Problem: Colette's class recorded how many states each student has visited. What is the mode of the numbers?

Read the numbers from the table.

2, 8, 3, 8, 8, 3, 2

First, arrange the numbers from least to greatest:

2, 2, 3, 3, 8, 8, 8

Now count how many times each number appears.

2 appears 2 times.
3 appears 2 times.
8 appears 3 times.

The number that appears most often is 8.

The mode is 8.

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


Prompt:
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Based on the table picture with the title 'Straight-A students', unfold the steps to solve the problem given next. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Problem: A school administrator who was concerned about grade inflation looked over the number of straight-A students from year to year. According to the table, what was the rate of change between 2013 and 2014? (Unit: students 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 students - 25 students}{2014 - 2013}
 = \frac{34 students - 25 students}{1 year}
 = \frac{9 students}{1 year}
 = 9 students per year
The rate of change between 2013 and 2014 was 9 students per year.

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


Prompt:
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Look at the table and break down the following math word problem, step by step. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
How much money does Adriana need to buy a chinchilla and a scorpion? (Unit: $)

Add the price of a chinchilla and the price of a scorpion:

$61 + $43 = $104

Adriana needs $104.

So, the answer is {"answer": "104"}.


Prompt:
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Based on this table about 'Pop quiz scores', solve the following problem. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
Professor Montoya released the results of yesterday's pop quiz. 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.

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


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

A technical support line tracked how many calls it received each day. How many more calls did the support line receive on Thursday than on Friday? (Unit: calls)

Find the numbers in the table.

Thursday: 825
Friday: 507

Now subtract: 825 - 507 = 318.

The support line received 318 more calls on Thursday.

Thus, the final answer is {"answer": "318"}.


Prompt:
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According to the table titled 'Balloons sold', solve this problem and give detail solutions. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

The manager of a party supply store researched how many balloons it sold in the past 5 days. What is the median of the numbers?

Read the numbers from the table.

7, 3, 9, 6, 10

First, arrange the numbers from least to greatest:

3, 6, 7, 9, 10

Now find the number in the middle.

3, 6, 7, 9, 10

The number in the middle is 7.

The median is 7.

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


Prompt:
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Look at the table titled 'Donations received' and methodically tackle the math problem that follows. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
A county agency recorded the money donated to several charitable causes over time. In March, which cause raised the least money? (A) animals (B) hunger (C) parks (D) education

Look at the numbers in the March column. Find the least number in this column.

The least number is $7.00, which is in the Hunger row. In March, the least money was raised for hunger.

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


Prompt:
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Given the table about 'Olympic medals', solve the following math problem step by step. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
A sports fan decided to examine the pattern of medals won by certain countries at several Olympic games. Which country won fewer medals in 2004, Brazil or Finland? (A) Finland (B) Brazil

Find the 2004 column. Compare the numbers in this column for Brazil and Finland.

2 is less than 10. Finland won fewer medals in 2004.

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


Prompt:
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Table title: Stop signs
Question: The town council reported on how many stop signs there are on each street. What is the mode 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.

6, 11, 6, 11, 6, 6

First, arrange the numbers from least to greatest:

6, 6, 6, 6, 11, 11

Now count how many times each number appears.

6 appears 4 times.
11 appears 2 times.

The number that appears most often is 6.

The mode is 6.

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


Prompt:
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Table title: Field day schedule
Question: Look at the following schedule. When does the relay race begin? (A) 12:25 P.M. (B) 2:25 P.M. (C) 11:35 A.M. (D) 3:50 P.M.
Solve the above question. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

Find the relay race on the schedule. Find the beginning time for the relay race.

relay race: 12:25 P. M.

Therefore, the final answer is {"answer": "12:25 P.M."}.


Prompt:
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Table title: Renting movies last month
Math word problem: Employees at Dave's Movies tracked the number of movies that customers rented last month. How many customers are there in all?
Solve the above problem based on the table information. Let's think step by step. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.

Add the frequencies for each row.

Add:

11 + 18 + 12 + 0 + 5 + 17 = 63

There are 63 customers in all.

Therefore, the final answer is {"answer": "63"}.


Prompt:
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Based on this table about 'Donuts sold', answer the following question in a stepwise manner. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
A donut shop recorded how many donuts it sold in the past 4 days. How many more donuts did the shop sell on Thursday than on Saturday? (Unit: donuts)

Find the numbers in the table.

Thursday: 6,867
Saturday: 2,634

Now subtract: 6,867 - 2,634 = 4,233.

The shop sold 4,233 more donuts on Thursday.

So, the answer is {"answer": "4,233"}.


Prompt:
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Look at the table titled 'Company sizes (number of employees)' and methodically tackle the math problem that follows. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
The Princeton Chamber of Commerce researched the number of employees working at local companies. How many companies have at least 17 employees but less than 47 employees? (Unit: companies)

Find the row with stem 1. Count all the leaves greater than or equal to 7.

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

In the row with stem 4, count all the leaves less than 7.

You counted 6 leaves, which are blue in the stem-and-leaf plots above. 6 companies have at least 17 employees but less than 47 employees.

So, the answer is {"answer": "6"}.


Prompt:
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Solve the problem according to the provided table image. Please provide detailed solution. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Pairs of shoes per store
Problem: Fred counted the number of pairs of shoes for sale at each of the shoe stores in the mall. How many stores have exactly 83 pairs of shoes? (Unit: stores)

For the number 83, the stem is 8, and the leaf is 3. Find the row where the stem is 8. In that row, count all the leaves equal to 3.

You counted 2 leaves, which are blue in the stem-and-leaf plot above. 2 stores have exactly 83 pairs of shoes.

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


Prompt:
<image>
With the shown table image as your reference, carefully work out a detailed solution to the following question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Cheese consumption per capita (kg)
Question: 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 Austria in 2006? (Unit: kg)

First, find the row for Austria. Then find the number in the 2006 column.

This number is 17. In 2006, people in Austria consumed 17 kilograms of cheese per capita.

So, the answer is {"answer": "17"}.


Prompt:
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Table title: Jelly beans made
Question: The manager of a candy factory looked at a report on the number of jelly beans made each day. How many more jelly beans did the factory make on Tuesday than on Sunday? (Unit: jelly beans)
Give a detailed response to the above question. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

Find the numbers in the table.

Tuesday: 7,729
Sunday: 3,598

Now subtract: 7,729 - 3,598 = 4,131.

The factory made 4,131 more jelly beans on Tuesday.

So, the answer is {"answer": "4,131"}.


Prompt:
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Based on the table, solve the math word problem. Give a solution step by step. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Problem: Savannah has $2.00. Does she have enough to buy a ruler and a yellow highlighter? (A) yes (B) no
Solution:

Add the price of a ruler and the price of a yellow highlighter:

$1.04 + $1.21 = $2.25

$2.25 is more than $2.00. Savannah does not have enough money.

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


Prompt:
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Based on this table about 'Spinning a wheel numbered 1 through 5', solve the following problem. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
A game show viewer monitors how often a wheel numbered 1 through 5 stops at each number. How many people spun a number less than 2?

Find the row for 1 and read the frequency. The frequency is 0.

0 people spun a number less than 2.

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


Prompt:
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With the table titled 'Pages per book' in mind, please break down and resolve the question below step by step. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

Colleen counted the pages in each book on her English class's required reading list. How many books had exactly 43 pages?

For the number 43, the stem is 4, and the leaf is 3. Find the row where the stem is 4. In that row, count all the leaves equal to 3.

You counted 0 leaves. 0 books had exactly 43 pages.

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


Prompt:
<image>
Table title: Aid received per capita from the U.S.
Question: An economics student recorded the amount of per-capita aid that the U.S. gave to various countries during the 1900s. Of the countries shown, which received the least aid per capita in 1980? (A) Afghanistan (B) Algeria (C) Pakistan
Solve the above question. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
Your detailed solution:

Look at the numbers in the 1980 column. Find the least number in this column.

The least number is $2.00, which is in the Afghanistan row. In 1980, Afghanistan received the least aid per capita.

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


Prompt:
<image>
Refer to the provided table and work through the question step by step. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.
Table title: Spinning a wheel numbered 1 through 5
Problem: A game show viewer monitors how often a wheel numbered 1 through 5 stops at each number. Which number was spun the most times?

Look at the frequency column. Find the greatest frequency. The greatest frequency is 19, which is in the row for 1. 1 was spun the most times.

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


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

Problem: A video store clerk looked up the number of movies checked out each day. On which day were the fewest movies checked out? (A) Sunday (B) Monday (C) Tuesday (D) Wednesday
Let's think step by step. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.

Find the least number in the table. Remember to compare the numbers starting with the highest place value. The least number is 729.

Now find the corresponding day. Monday corresponds to 729.

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


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

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{12 - 20}{18 - 17}
 = \frac{-8}{1}
 = -8
Now pick any other two rows and calculate the rate of change between them.
Call the values in the second row x1 and y1. Call the values in the third row x2 and y2.
Rate of change = \frac{y2 - y1}{x2 - x1}
 = \frac{4 - 12}{19 - 18}
 = \frac{-8}{1}
 = -8
The two rates of change are the same.
8.
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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Table title: Paintings per exhibit
Question: A museum curator counted the number of paintings in each exhibit at the art museum. How many exhibits have exactly 71 paintings? (Unit: exhibits)
Give a detailed response to the above question. Output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.

For the number 71, the stem is 7, and the leaf is 1. Find the row where the stem is 7. In that row, count all the leaves equal to 1.

You counted 3 leaves, which are blue in the stem-and-leaf plot above. 3 exhibits have exactly 71 paintings.

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


Prompt:
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Using the table of 'Characters per book', 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>"}.
Harper kept track of the number of characters in each book she read. What is the largest number of characters? (Unit: characters)

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 8.

The largest number of characters has a stem of 5 and a leaf of 8. Write the stem first, then the leaf: 58.

The largest number of characters is 58 characters.

So, the answer is {"answer": "58"}.


Prompt:
<image>
Look at the table and break down the following math word problem, step by step. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
In the first episode of a reality show, contestants had to spin two wheels of fate. Spinning the first wheel determined the remote location where contestants would reside for the duration of the season. Spinning the second wheel determined which "bonus survival tool" they would be allowed to bring, along with a few other necessary items. What is the probability that a randomly selected participant spun the first wheel and landed on desert and spun the second wheel and landed on matches? Simplify any fractions.

Let A be the event "the participant spun the first wheel and landed on desert" and B be the event "the participant spun the second wheel and landed on matches".
To find the probability that a participant spun the first wheel and landed on desert and spun the second wheel and landed on matches, first identify the sample space and the event.
The outcomes in the sample space are the different participants. Each participant is equally likely to be selected, so this is a uniform probability model.
The event is A and B, "the participant spun the first wheel and landed on desert and spun the second wheel and landed on matches".
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 participant spun the first wheel and landed on desert and spun the second wheel and landed on matches", so look at the table to see how many participants spun the first wheel and landed on desert and spun the second wheel and landed on matches.
The number of participants who spun the first wheel and landed on desert and spun the second wheel and landed on matches is 5.

Find the total number of outcomes.
Add all the numbers in the table to find the total number of participants.
4 + 5 + 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 participant spun the first wheel and landed on desert and spun the second wheel and landed on matches is \frac{5}{16}.

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


Prompt:
<image>
Table title: Hitting tennis balls
Math word problem: The gym teacher wrote down how many tennis balls his students hit in half an hour. Which student hit the most tennis balls? (A) Lisa (B) Wendy (C) Colleen (D) Darrell
Solve the above problem based on the table information. Let's think step by step. Provide a concluding answer in a JSON structure, using the format {"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 143.

Now find the corresponding name. Wendy corresponds to 143.

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


Prompt:
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Consider the table regarding to 'Taylor's summer finances' to sequentially solve the problem presented below. Present the final answer in a JSON format, outlined as {"answer": "<YOUR ANSWER>"}.

Taylor worked at a surf shop last summer. Here are Taylor's finances for the summer. What was Taylor's net income last summer? (Unit: $)

Taylor's gross income was $3,568. His payroll taxes were $499.
Subtract to find Taylor's net income.
$3,568 - $499 = $2,969
Taylor's net income last summer was $2,969.

Thus, the final answer is {"answer": "2,969"}.


Prompt:
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According to the table, solve this problem and give detail solutions. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

Look at the table. Then answer the question. At a price of $145, is there a shortage or a surplus? (A) shortage (B) surplus

At the price of $145, 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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Consider the table regarding to 'Biking last week' 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 members of the cycling club compared how many miles they biked last week. What is the median of the numbers?

Read the numbers from the table.

58, 47, 53, 46, 57, 59, 50

First, arrange the numbers from least to greatest:

46, 47, 50, 53, 57, 58, 59

Now find the number in the middle.

46, 47, 50, 53, 57, 58, 59

The number in the middle is 53.

The median is 53.

So, the answer is {"answer": "53"}.


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

Larry buys 1 pound of size 5 screws. What is the total cost? (Unit: $)

Find the cost of the size 5 screws. Multiply the price per pound by the number of pounds.
$8 × 1 = $8
The total cost is $8.

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


Prompt:
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Using the displayed table concerning the 'Math teachers', solve the subsequent math problem in a stepwise manner. Finally, your final answer should be in the JSON format of {"answer": "<YOUR ANSWER>"}.

The school district compared how many math teachers each high school has. What is the range of the numbers?

Read the numbers from the table.

7, 4, 10, 6, 8

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

Next, find the least number. The least number is 4.

Subtract the least number from the greatest number:

10 − 4 = 6

The range is 6.

So, the answer is {"answer": "6"}.


Prompt:
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According to the table titled 'Classrooms per school', solve this problem and give detail solutions. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

For a social studies project, Darnel counted the number of classrooms in each school in the city. How many schools have fewer than 65 classrooms? (Unit: schools)

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

In the row with stem 6, count all the leaves less than 5.

You counted 5 leaves, which are blue in the stem-and-leaf plots above. 5 schools have fewer than 65 classrooms.

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


Prompt:
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According to the table titled 'Tractors made', solve this problem and give detail solutions. 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) October (B) November (C) December (D) January

Find the greatest number in the table. Remember to compare the numbers starting with the highest place value. The greatest number is 887.

Now find the corresponding month. October corresponds to 887.

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


Prompt:
<image>
Consider the table regarding to 'Red gumdrops per bag' to sequentially solve the problem presented below. In the end, output your final answer using the JSON format: {"answer": "<YOUR ANSWER>"}.

A machine dispensed red gumdrops into bags of various sizes. How many bags had less than 50 red gumdrops?

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

You counted 16 leaves, which are blue in the stem-and-leaf plot above. 16 bags had less than 50 red gumdrops.

So, the answer is {"answer": "16"}.


Prompt:
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Solve the problem according to the provided table image. Please provide detailed solution. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Table title: Going swimming last month
Problem: Cedarburg 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 exactly twice last month?

Find the row for 2 times and read the frequency. The frequency is 2.

2 people went swimming exactly twice last month.

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


Prompt:
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Show the detailed solution to answer the following question. The final result should be presented in the JSON format of {"answer": "<YOUR ANSWER>"}.
Question: Judy has $0.09. Does she have enough to buy a green marble and a colorful pinwheel? (A) yes (B) no

Add the price of a green marble and the price of a colorful pinwheel:

$0.06 + $0.04 = $0.10

$0.10 is more than $0.09. Judy does not have enough money.

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


Prompt:
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Please solve the problem based on the given table about 'Scores on the last quiz'. Provide a concluding answer in a JSON structure, using the format {"answer": "<YOUR ANSWER>"}.

Problem: Professor Patel compiled the scores from the last quiz. Which score did the fewest students receive?

Your Solution:

Look at the frequency column. Find the least frequency. The least frequency is 2, which is in the row for 5. The fewest students scored 5.

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


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

Each box has 5 greeting cards. How many greeting cards are in 6 boxes?

Count by fives. Use the chart: there are 30 greeting cards in 6 boxes.

So, the answer is {"answer": "30"}.


Prompt:
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Given the table about 'Pizzas delivered last week', 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>"}.
Troy works part-time delivering pizza. The frequency chart shows the types of pizzas he delivered last week. Troy delivered half of the pepperoni pizzas and all of the pineapple pizzas to a party on Friday night. How many pizzas did Troy deliver to that party? (Unit: pizzas)

The frequencies tell you how many of each type of pizza Troy delivered. Start by finding how many pepperoni pizzas he delivered.
Troy delivered 18 pepperoni pizzas, and that was half of the total number of pepperoni pizzas. Divide 18 by2 to find how many pepperoni pizzas he delivered.
18÷2 = 9
Troy delivered 9 pepperoni pizzas to the party.

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


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. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.

Table title: Writing letters

Problem: A researcher asked people how many letters they had written in the past year and recorded the results. How many people wrote fewer than 3 letters?

Find the rows for 0, 1, and 2 letters. Add the frequencies for these rows.

Add:

6 + 14 + 0 = 20

20 people wrote fewer than 3 letters.

So, the answer is {"answer": "20"}.


Prompt:
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Take a look at this table about 'Ages of cousins', and tackle the math word problem below in a sequential manner. Conclude your response with the final answer in the JSON format, structured as {"answer": "<YOUR ANSWER>"}.
A girl compared the ages of her cousins. What is the mean of the numbers?

Read the numbers from the table.

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

First, count how many numbers are in the group.

There are 7 numbers.

Now add all the numbers together:

4 + 5 + 4 + 1 + 3 + 5 + 6 = 28

Now divide the sum by the number of numbers:

28 ÷ 7 = 4

The mean is 4.

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


Prompt:
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Given the table about 'Ages of cousins', solve the following math problem step by step. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
A girl compared the ages of her cousins. What is the mean of the numbers?

Read the numbers from the table.

9, 2, 1, 2, 5, 5

First, count how many numbers are in the group.

There are 6 numbers.

Now add all the numbers together:

9 + 2 + 1 + 2 + 5 + 5 = 24

Now divide the sum by the number of numbers:

24 ÷ 6 = 4

The mean is 4.

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


Prompt:
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Please solve the problem based on the given image. At the end of your output, present the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Problem: The table shows a function. Is the function linear or nonlinear? (A) linear (B) nonlinear
Your Solution:

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{12 - 8}{4 - 3}
 = \frac{4}{1}
 = 4
Now pick any other two rows and calculate the rate of change between them.
Call the values in the second row x1 and y1. Call the values in the third row x2 and y2.
Rate of change = \frac{y2 - y1}{x2 - x1}
 = \frac{16 - 12}{5 - 4}
 = \frac{4}{1}
 = 4
The two rates of change are the same.
If you checked the rate of change between rows 1 and 3, you would find that it is also 4.
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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Based on this table about 'Push-up competition (number of push-ups)', answer the following question in a stepwise manner. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
Samuel's P.E. class participated in a push-up competition, and Samuel wrote down how many push-ups each person could do. How many people did exactly 21 push-ups? (Unit: people)

For the number 21, the stem is 2, and the leaf is 1. Find the row where the stem is 2. In that row, count all the leaves equal to 1.

You counted 4 leaves, which are blue in the stem-and-leaf plot above. 4 people did exactly21 push-ups.

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


Prompt:
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Examine the table of 'Hours slept' and proceed to solve the following math word problem in a stepwise manner. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
For a psychology assignment, Reagan kept a sleep log for 5 days. What is the median of the numbers?

Read the numbers from the table.

6, 6, 7, 9, 6

First, arrange the numbers from least to greatest:

6, 6, 6, 7, 9

Now find the number in the middle.

6, 6, 6, 7, 9

The number in the middle is 6.

The median is 6.

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


Prompt:
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Using the table of 'Pages per magazine', 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>"}.
Bryant, a journalism student, counted the number of pages in several major magazines. What is the smallest number of pages? (Unit: pages)

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 2.

The smallest number of pages has a stem of 1 and a leaf of 2. Write the stem first, then the leaf: 12.

The smallest number of pages is 12 pages.

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


Prompt:
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Solve this math word problem according to the provided table of 'Record obstacle course completion times'. The concluding answer should be in the JSON structure, formatted as {"answer": "<YOUR ANSWER>"}.
Each year, the campers at Keith'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 2010 and 2011? (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{30 minutes - 29 minutes}{2011 - 2010}
 = \frac{30 minutes - 29 minutes}{1 year}
 = \frac{1 minute}{1 year}
 = 1 minute per year
The rate of change between 2010 and 2011 was 1 minute per year.

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


Prompt:
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Solve this math word problem based on the given table image. In the last of your solution, output the final answer as JSON in the format {"answer": "<YOUR ANSWER>"}.
Carla has $837. Does she have enough to buy a picnic table and a barbecue grill? (A) yes (B) no

Add the price of a picnic table and the price of a barbecue grill:

$150 + $730 = $880

$880 is more than $837. Carla does not have enough money.

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


Prompt:
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Examine the table of 'Ferry fares' and proceed to solve the following math word problem in a stepwise manner. Format the ultimate answer as a JSON, using the structure {"answer": "<YOUR ANSWER>"}.
For an economics project, Ernest determined the cost of ferry rides for bicycles and cars. Of the ferries shown, which charges the least for a car? (A) Southport-Fort Fisher (B) Fauntleroy-Vashon (C) Mukilteu-Clinton (D) Ocracoke

Look at the numbers in the Car column. Find the least number in this column.

The least number is $5.00, which is in the Southport-Fort Fisher row. The Southport-Fort Fisher ferry charges the least for a car.

Therefore, the final answer is {"answer": "Southport-Fort Fisher"}.


Prompt:
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Based on this table about 'Orange candies per bag', solve the following problem. Conclude your response with a final answer in the JSON format {"answer": "<YOUR ANSWER>"}.
A candy dispenser put various numbers of orange candies into bags. How many bags had at least 20 orange candies but fewer than 50 orange candies? (Unit: bags)

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

You counted 8 leaves, which are blue in the stem-and-leaf plot above. 8 bags had at least 20 orange candies but fewer than 50 orange candies.

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


Prompt:
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Use the provided table image to solve the math challenge step by step. Provide a concluding answer in a JSON structure, using 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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Considering the table of 'Aid received per capita from the U.S.', 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>"}.
An economics student recorded the amount of per-capita aid that the U.S. gave to various countries during the 1900s. How much aid did Algeria receive per capita in 1970? (Unit: $)

First, find the row for Algeria. Then find the number in the 1970 column.

This number is $9.00. In 1970, Algeria received $9 in aid per capita.

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