Here is a set of basic questions producing integer or string outputs. Answer them and format the result precisely with the JSON instructions provided:

Question 0 (Question id: q_V0Uaq):
How many times does the letter "6" appear in the text: "64 6221541"? Respond with an integer.

Question 1 (Question id: q_1NalVRWG):
Calculate ( 8 * 7 ) / 2.

Question 2 (Question id: q_LA5g):
Calculate 8 - -5 / 1.

Question 3 (Question id: q_EmK7Y):
Solve for w: 20 - 16*w = -60 Respond with an integer.

Question 4 (Question id: q_loTzB):
Your job is to return the last character of a string as a string. For example, the last char of "hello" is "o". Return the last character of the following string: "mutation"

Question 5 (Question id: q_aPOtQsB):
Calculate -1 * -9.

Question 6 (Question id: q_Nr9PU):
Solve for l: 20*l - 25 = 135 Respond with an integer.

Question 7 (Question id: q_kTy6):
How many times does the letter "i" appear in the text: "different terms than"? Respond with an integer.

Question 8 (Question id: q_xoOFgU6):
Calculate -7 * 0 + 0.

Question 9 (Question id: q_gdzWqOYQ):
Your task is to count how many legs there are in total when given a list of animals.

Now, how many legs are there in total if you have 4 deers, 1 spider, 4 starfishs, 3 horses?
 Respond with an integer.

Question 10 (Question id: q_1Xzj):
Find the value of y in the equation: 21*y + 2 = 296 Respond with an integer.

Question 11 (Question id: q_I8NfLV):
Your job is to return the last character of a string as a string. For example, the last char of "hello" is "o". Return the last character of the following string: "cells"



Output JSON where all question ids are keys, omitting q_1NalVRWG, q_1Xzj, q_kTy6, q_EmK7Y.

Each key’s value must be an object holding an 'answer' field.
For even integer answers, include 'half_answer' equal to answer ÷ 2.
For last-character tasks, provide 'original_string' alongside the answer.

Add a top-level 'global_metadata' field that records overall stats:
Set 'num_questions_asked' to the count of questions originally displayed.
Record the answered-question count in the field 'num_questions_answered'.
Fill 'questions_with_integer_answers' with the ids of integer-answer questions (leave empty when none).

In addition, add 'combined_results' with:
  • integer_info (id → integer answer)
  • sum_of_answers (sum of those integers)

Now provide the result JSON using the described format.

{"ground_truth": {"q_loTzB": {"answer": "n", "original_string": "mutation"}, "q_gdzWqOYQ": {"answer": 56, "half_answer": 28}, "q_V0Uaq": {"answer": 2, "half_answer": 1}, "q_LA5g": {"answer": 13}, "q_xoOFgU6": {"answer": 0, "half_answer": 0}, "q_I8NfLV": {"answer": "s", "original_string": "cells"}, "q_Nr9PU": {"answer": 8, "half_answer": 4}, "q_aPOtQsB": {"answer": 9}, "global_metadata": {"num_questions_asked": 12, "num_questions_answered": 8, "questions_with_integer_answers": ["q_gdzWqOYQ", "q_V0Uaq", "q_LA5g", "q_xoOFgU6", "q_Nr9PU", "q_aPOtQsB"]}, "combined_results": {"integer_info": {"q_gdzWqOYQ": 56, "q_V0Uaq": 2, "q_LA5g": 13, "q_xoOFgU6": 0, "q_Nr9PU": 8, "q_aPOtQsB": 9}, "sum_of_answers": 88}}}