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_0w9p):
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: "what"

Question 1 (Question id: q_IFZNl):
Find the value of w in the equation: 120*w + 3 = 1203 Respond with an integer.

Question 2 (Question id: q_HQhJ5):
How many times does the letter "e" appear in the text: "check the"? Respond with an integer.

Question 3 (Question id: q_8TkE):
Calculate -4 - 7 * -5.

Question 4 (Question id: q_qlz1i7):
Calculate ( -6 * -9 ) * 3.

Question 5 (Question id: q_5WPaP86):
Calculate 5 - 5 - -9.

Question 6 (Question id: q_HSMn7m):
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: "air"

Question 7 (Question id: q_yZWn):
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: "where"

Question 8 (Question id: q_zSaUCX6r):
How many times does the letter "k" appear in the text: "Wilkins arrived"? Respond with an integer.

Question 9 (Question id: q_mxgRdyC):
Calculate ( 1 + 9 ) - 9.

Question 10 (Question id: q_1DiW):
Calculate ( 9 - -6 ).



Produce a JSON object whose top-level keys are the question ids.

For every question id, supply an object whose 'answer' field stores the solution.
If the response to a question is an integer that is even, add the field 'additional_answer_info' containing 'half_answer' (answer ÷ 2) and 'double_answer' (answer × 2).
If the question asks for the last character of a string, add an 'original_string' field containing the source string.

Add a top-level 'global_metadata' field that records overall stats:
• num_questions_asked – total number of questions originally shown.
'num_questions_answered' must hold the number of answered questions.

Also include 'combined_results' consisting of:
  • integer_info – object mapping ids to their integer answers
  • sum_of_answers – sum of those integers

Now provide the result JSON using the described format.

{"ground_truth": {"q_0w9p": {"answer": "t", "original_string": "what"}, "q_IFZNl": {"answer": 10, "additional_answer_info": {"half_answer": 5, "double_answer": 20}}, "q_HQhJ5": {"answer": 2, "additional_answer_info": {"half_answer": 1, "double_answer": 4}}, "q_8TkE": {"answer": 31}, "q_qlz1i7": {"answer": 162, "additional_answer_info": {"half_answer": 81, "double_answer": 324}}, "q_5WPaP86": {"answer": 9}, "q_HSMn7m": {"answer": "r", "original_string": "air"}, "q_yZWn": {"answer": "e", "original_string": "where"}, "q_zSaUCX6r": {"answer": 1}, "q_mxgRdyC": {"answer": 1}, "q_1DiW": {"answer": 15}, "global_metadata": {"num_questions_asked": 11, "num_questions_answered": 11}, "combined_results": {"integer_info": {"q_IFZNl": 10, "q_HQhJ5": 2, "q_8TkE": 31, "q_qlz1i7": 162, "q_5WPaP86": 9, "q_zSaUCX6r": 1, "q_mxgRdyC": 1, "q_1DiW": 15}, "sum_of_answers": 231}}}