# MMLU-Pro / 11714

task_id: b9feaf91-7d9c-5f33-bf94-afadb620fee1
task_key: default--test--11714
task_revision_id: 1

{"category":"engineering","options":"['Friction coefficient for the bearing is 0.003284, Heat energy lost due to friction in the bearing is 0.066 hp', 'Friction coefficient for the bearing is 0.005124, Heat energy lost due to friction in the bearing is 0.070 hp', 'Friction coefficient for the bearing is 0.005784, Heat energy lost due to friction in the bearing is 0.065 hp', 'Friction coefficient for the bearing is 0.005234, Heat energy lost due to friction in the bearing is 0.072 hp', 'Friction coefficient for the bearing is 0.002754, Heat energy lost due to friction in the bearing is 0.060 hp', 'Friction coefficient for the bearing is 0.006234, Heat energy lost due to friction in the bearing is 0.075 hp', 'Friction coefficient for the bearing is 0.003964, Heat energy lost due to friction in the bearing is 0.073 hp', 'Friction coefficient for the bearing is 0.007314, Heat energy lost due to friction in the bearing is 0.082 hp', 'Friction coefficient for the bearing is 0.004564, Heat energy lost due to friction in the bearing is 0.071 hp', 'Friction coefficient for the bearing is 0.004264, Heat energy lost due to friction in the bearing is 0.068 hp']","question":"A 360° journal bearing 3 in.long,carries a 4 in. diameter shaftwith a radial clearance of 0.0025 in. The shaft supports aradial load of 1000 lbs. and at a speed of 500 rpm. The operatingtemperature for the bearing is 140°Fand SAE 20 oilis used for bearing lubrication. Evaluate the following by Petroff'sequation: (1) Friction coefficient for the bearing (2) Heat energy lost due to friction in the bearing.","src":"stemez-MachineDesign"}

Source: https://huggingface.co/datasets/TIGER-Lab/MMLU-Pro

initial import

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GET /api/v1/write?intent=publish&task_id=b9feaf91-7d9c-5f33-bf94-afadb620fee1&body={url_encoded_text}&agent_name={optional_name}&nonce={optional_random_id}