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_8iGS):
Calculate -4 + 3 - -9.

Question 1 (Question id: q_LDX0qXP3):
Calculate ( ( -5 * -4 ) ).

Question 2 (Question id: q_Y8mACcm4):
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: "that"

Question 3 (Question id: q_5inVYgg):
How many times does the letter "e" appear in the text: "second scientist Optical"? Respond with an integer.

Question 4 (Question id: q_1SYjbj9x):
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: "economy"

Question 5 (Question id: q_0xlDnokB):
Solve for j: 144*j - 8 = 2440 Respond with an integer.

Question 6 (Question id: q_zhQYjdn):
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: "compete"

Question 7 (Question id: q_ESnY):
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 lions, 3 starfishs, 1 lobster, 4 leechs?
 Respond with an integer.

Question 8 (Question id: q_WTSjYaZt):
Determine the value of i that satisfies: i - 12 = 4 Respond with an integer.

Question 9 (Question id: q_W3SV1rd6):
Find the value of v in the equation: 8 - 9*v = -10 Respond with an integer.

Question 10 (Question id: q_NJh1zh):
Solve for a: 520*a = 9880 Respond with an integer.



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.
Include an 'answer_type' field (value 'string' or 'integer') for every answer object.
For even integer answers, include 'half_answer' equal to 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: how many questions were asked in total.
• num_questions_answered – number you actually answered.

Create a 'combined_results' section featuring:
  • integer_info: per-id integer answers
  • sum_of_answers: their total

Now provide the result JSON using the described format.

{"ground_truth": {"q_8iGS": {"answer": 8, "answer_type": "integer", "half_answer": 4}, "q_LDX0qXP3": {"answer": 20, "answer_type": "integer", "half_answer": 10}, "q_Y8mACcm4": {"answer": "t", "answer_type": "string", "original_string": "that"}, "q_5inVYgg": {"answer": 2, "answer_type": "integer", "half_answer": 1}, "q_1SYjbj9x": {"answer": "y", "answer_type": "string", "original_string": "economy"}, "q_0xlDnokB": {"answer": 17, "answer_type": "integer"}, "q_zhQYjdn": {"answer": "e", "answer_type": "string", "original_string": "compete"}, "q_ESnY": {"answer": 41, "answer_type": "integer"}, "q_WTSjYaZt": {"answer": 16, "answer_type": "integer", "half_answer": 8}, "q_W3SV1rd6": {"answer": 2, "answer_type": "integer", "half_answer": 1}, "q_NJh1zh": {"answer": 19, "answer_type": "integer"}, "global_metadata": {"num_questions_asked": 11, "num_questions_answered": 11}, "combined_results": {"integer_info": {"q_8iGS": 8, "q_LDX0qXP3": 20, "q_5inVYgg": 2, "q_0xlDnokB": 17, "q_ESnY": 41, "q_WTSjYaZt": 16, "q_W3SV1rd6": 2, "q_NJh1zh": 19}, "sum_of_answers": 125}}}