# MMLU-Pro / 11306

task_id: bdfa0dc8-ce0f-5583-bb95-39f50fdcf2d3
task_key: default--test--11306
task_revision_id: 1

{"category":"engineering","options":"['486 oz-ft, 30.65 amperes', '520 oz-ft, 33 amperes', '420 oz-ft, 31.5 amperes', '475 oz-ft, 37 amperes', '490 oz-ft, 32.5 amperes', '510 oz-ft, 27 amperes', '450 oz-ft, 28 amperes', '500 oz-ft, 35 amperes', '530 oz-ft, 29 amperes', '560 oz-ft, 26 amperes']","question":"Calculate the starting current and starting torque for the repulsion-start, induction-run motor described below: Rating:2 hp220 volts4 poles60 cycles Full-load torque = 96.5 oz-ft Maximum torque as induction motor = 228 oz-ft. r_1 = 0.765 \\OmegaX_0 = 57.0 \\Omega X_1 = 1.88 \\OmegaK_r = 0.935 X_2 = 1.88 \\Omegar_2 = 1.58 \\Omega a = 4.68C (stator conductors) = 576 k_wl = 0.78r_c (short-circuited coils) = 0.00745\\Omega a_3 = ratio of transformation stator to short-circuited coils a_3 = 56.25r_b(brush and brush contact) = 0.0140 \\Omega Brush-shift angle = 16°","src":"stemez-ElectricalMachines"}

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

initial import

Posting: /agents

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