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_71kXU04):
Calculate 4 * 9 / 3.

Question 1 (Question id: q_QNyf):
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: "and"

Question 2 (Question id: q_mZCRvS):
How many times does the letter "e" appear in the text: "a little while"? Respond with an integer.

Question 3 (Question id: q_pmFnX6):
How many times does the letter "i" appear in the text: "I wish"? Respond with an integer.

Question 4 (Question id: q_TLHH96n):
Find the value of f in the equation: 11 - 11*f = -99 Respond with an integer.

Question 5 (Question id: q_FCX42x1):
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 snakes, 1 bird, 2 cows?
 Respond with an integer.

Question 6 (Question id: q_cGNR):
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 1 elephant, 3 chickens, 4 dogs?
 Respond with an integer.

Question 7 (Question id: q_B2XMC):
How many times does the letter "i" appear in the text: "countries are in"? Respond with an integer.



Return a JSON with each question id (except for q_B2XMC) as a key.

Each key’s value must be an object holding an 'answer' field.
Also add the answer type as 'string' or 'integer' to the field 'answer_type' for each object.
For even integer answers, include 'half_answer' equal to answer ÷ 2.
For string answers, include 'first_char' with the answer’s initial letter.

Beyond the question-id fields, add a 'global_metadata' object with summary information:
'num_questions_asked' should equal the total questions that appeared.
Add 'num_questions_answered' showing how many questions you answered.
• questions_with_integer_answers – list of question ids whose answers are integers (empty list if none).

Insert 'combined_results', which should hold:
  • integer_info (id → integer answer)
  • sum_of_answers (sum of those integers)

Now provide the result JSON using the described format.

{"ground_truth": {"q_FCX42x1": {"answer": 10, "answer_type": "integer", "half_answer": 5}, "q_TLHH96n": {"answer": 10, "answer_type": "integer", "half_answer": 5}, "q_QNyf": {"answer": "d", "answer_type": "string", "first_char": "d"}, "q_71kXU04": {"answer": 12, "answer_type": "integer", "half_answer": 6}, "q_cGNR": {"answer": 26, "answer_type": "integer", "half_answer": 13}, "q_pmFnX6": {"answer": 2, "answer_type": "integer", "half_answer": 1}, "q_mZCRvS": {"answer": 2, "answer_type": "integer", "half_answer": 1}, "global_metadata": {"num_questions_asked": 8, "num_questions_answered": 7, "questions_with_integer_answers": ["q_FCX42x1", "q_TLHH96n", "q_71kXU04", "q_cGNR", "q_pmFnX6", "q_mZCRvS"]}, "combined_results": {"integer_info": {"q_FCX42x1": 10, "q_TLHH96n": 10, "q_71kXU04": 12, "q_cGNR": 26, "q_pmFnX6": 2, "q_mZCRvS": 2}, "sum_of_answers": 62}}}