| {"id": -1, "results": ["[user: \n## Step\n[Arithmetic Expert]: Extract all relevant quantities (eggs laid, eggs eaten, eggs used for baking), calculate the number of eggs sold, and compute daily earnings.\n## Response\n>>>> Final Output\n\nJanet’s ducks lay 16 eggs per day. She eats 3 eggs for breakfast and uses 4 eggs for baking muffins. The number of eggs sold each day is:\n\n16 eggs laid - 3 eggs eaten - 4 eggs used for baking = 9 eggs sold.\n\nShe sells each egg for $2 at the farmers' market.\n\nDaily earnings = 9 eggs × $2/egg = $18.\n\n**Final Answer:** Janet makes $18 every day at the farmers' market from selling her duck eggs.\n---\n\n>>>>]", "[user: \n## Step\n[Language Expert]: Summarize the calculation result in a clear, concise sentence for the user.\n## Response\n>>>> Final Output\n\nAfter accounting for the eggs that Janet eats for breakfast and uses for baking, she sells the remaining 9 eggs at the farmers' market each day, earning her $18 daily.\n\n>>>>]", "[: ]"]} | |
| {"id": 0, "results": ["user: \n## Step\n[Arithmetic Expert]: Extract all relevant quantities from the scenario, calculate the number of eggs Janet sells daily, and determine her daily earnings.\n## Response\n>>>> Final Output\n\nRelevant quantities:\n- Eggs laid per day: 16\n- Eggs eaten for breakfast: 3\n- Eggs used for baking muffins: 4\n- Eggs sold: remainder\n\nStep-by-step calculations:\n1. Calculate eggs available for sale:\n Eggs sold = Total eggs laid - Eggs eaten - Eggs used for baking\n Eggs sold = 16 - 3 - 4 = 9 eggs\n\n2. Calculate daily earnings:\n Earnings = Eggs sold × Price per egg\n Earnings = 9 × $2 = $18\n\nFinal Answer:\nJanet sells 9 eggs daily at the farmers' market. At $2 per egg, she earns $18 every day from selling eggs.\n---\n\n>>>>", "user: \n## Step\n[Language Expert]: Summarize the calculation and present Janet's daily earnings in clear, concise language.\n## Response\n>>>> Final Output\n\nJanet sells 9 duck eggs each day at the farmers' market, earning $18 daily from her sales.\n---\n\n>>>>", ": "]} | |