- 52 8 N 10 Cm 16 Cm 67 3 N 5 Consider The System Of Two Coupled Pulleys With The Smaller Pulley Having A Radius Of 10 0 1 (149.06 KiB) Viewed 39 times
52.8 N 10 cm 16 cm 67.3 N 5) Consider the system of two coupled pulleys, with the smaller pulley having a radius of 10.0
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52.8 N 10 cm 16 cm 67.3 N 5) Consider the system of two coupled pulleys, with the smaller pulley having a radius of 10.0
52.8 N 10 cm 16 cm 67.3 N 5) Consider the system of two coupled pulleys, with the smaller pulley having a radius of 10.0 cm and the larger pulley have a radius of 16.0 cm. Together, they two pulleys have a moment of inertia of 0.463 kg*m². Two forces are applied tangentially to each of the two pulleys as shown. (a) What is the angular acceleration of the system? (b) What is the tangential acceleration on the outer rim of the larger pulley? (c) If the system started from rest, how long would it take the system to make 3.0 complete revolutions? (Answers: 3.71 rad/s² clockwise; 0.594 m/s²; 3.19 s)