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_xaFu9):
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 human, 4 lobsters, 2 bees?
 Respond with an integer.

Question 1 (Question id: q_X6zVlr):
Solve for r: 6 - 4*r = -74 Respond with an integer.

Question 2 (Question id: q_U1zvV):
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: "the"

Question 3 (Question id: q_JSXi):
Calculate 8 * 5.

Question 4 (Question id: q_gCOMwD):
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 insects, 1 beetle, 4 lobsters, 4 cats, 3 woodlouses?
 Respond with an integer.

Question 5 (Question id: q_CDYR1Eu):
Calculate ( ( ( -7 * -1 ) ) * 3 ).

Question 6 (Question id: q_MRUycTWG):
How many times does the letter "k" appear in the text: "sunk in the"? Respond with an integer.

Question 7 (Question id: q_Sj1OA8mU):
How many times does the letter "h" appear in the text: "everywhere except there"? Respond with an integer.

Question 8 (Question id: q_JRLdl5):
Solve for b: 20*b + 2 = 342 Respond with an integer.

Question 9 (Question id: q_0fgGoj):
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 3 giraffes, 3 spiders, 4 cockroachs, 3 shrimps, 1 lion?
 Respond with an integer.

Question 10 (Question id: q_Ui5v29Zz):
Determine the value of h that satisfies: h - 14 = -2 Respond with an integer.

Question 11 (Question id: q_hG1kHT):
How many times does the letter "e" appear in the text: "by horses were"? Respond with an integer.

Question 12 (Question id: q_k5Di0):
How many times does the letter "o" appear in the text: "of a"? Respond with an integer.



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

Each key’s value must be an object holding an 'answer' field. Additionally, if the task is about counting legs of animals or counting letters in a string, add the task_type field with value 'leg_counting' or 'letter_counting', respectively.
Also add the answer type as 'string' or 'integer' to the field 'answer_type' for each object.
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).
For string answers, include 'first_char' with the answer’s initial letter.
If the question asks for the last character of a string, add an 'original_string' field containing the source string.
For animal-leg questions, add 'animal_types': an alphabetically-sorted list of unique animal names in singular form.

Beyond the question-id fields, add a 'global_metadata' object with summary information:
'num_questions_asked' should equal the total questions that appeared.
Record the answered-question count in the field 'num_questions_answered'.

Also include 'combined_results' consisting of:
  • integer_info: maps each id to its integer answer
  • sum_of_answers: the combined total

Now provide the result JSON using the described format.

{"ground_truth": {"q_xaFu9": {"answer": 54, "task_type": "leg_counting", "answer_type": "integer", "additional_answer_info": {"half_answer": 27, "double_answer": 108}, "animal_types": ["bee", "human", "lobster"]}, "q_X6zVlr": {"answer": 20, "answer_type": "integer", "additional_answer_info": {"half_answer": 10, "double_answer": 40}}, "q_U1zvV": {"answer": "e", "answer_type": "string", "first_char": "e", "original_string": "the"}, "q_JSXi": {"answer": 40, "answer_type": "integer", "additional_answer_info": {"half_answer": 20, "double_answer": 80}}, "q_gCOMwD": {"answer": 128, "task_type": "leg_counting", "answer_type": "integer", "additional_answer_info": {"half_answer": 64, "double_answer": 256}, "animal_types": ["beetle", "cat", "insect", "lobster", "woodlouse"]}, "q_CDYR1Eu": {"answer": 21, "answer_type": "integer"}, "q_MRUycTWG": {"answer": 1, "task_type": "letter_counting", "answer_type": "integer"}, "q_Sj1OA8mU": {"answer": 2, "task_type": "letter_counting", "answer_type": "integer", "additional_answer_info": {"half_answer": 1, "double_answer": 4}}, "q_JRLdl5": {"answer": 17, "answer_type": "integer"}, "q_0fgGoj": {"answer": 94, "task_type": "leg_counting", "answer_type": "integer", "additional_answer_info": {"half_answer": 47, "double_answer": 188}, "animal_types": ["cockroach", "giraffe", "lion", "shrimp", "spider"]}, "q_Ui5v29Zz": {"answer": 12, "answer_type": "integer", "additional_answer_info": {"half_answer": 6, "double_answer": 24}}, "q_hG1kHT": {"answer": 3, "task_type": "letter_counting", "answer_type": "integer"}, "q_k5Di0": {"answer": 1, "task_type": "letter_counting", "answer_type": "integer"}, "global_metadata": {"num_questions_asked": 13, "num_questions_answered": 13}, "combined_results": {"integer_info": {"q_xaFu9": 54, "q_X6zVlr": 20, "q_JSXi": 40, "q_gCOMwD": 128, "q_CDYR1Eu": 21, "q_MRUycTWG": 1, "q_Sj1OA8mU": 2, "q_JRLdl5": 17, "q_0fgGoj": 94, "q_Ui5v29Zz": 12, "q_hG1kHT": 3, "q_k5Di0": 1}, "sum_of_answers": 393}}}