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College Physics with MasteringPhysics 7th Edition by Jerry Wilson,Anthony Buffa,Bo Lou
Edition 7ISBN: 978-0321601834College Physics with MasteringPhysics 7th Edition by Jerry Wilson,Anthony Buffa,Bo Lou
Edition 7ISBN: 978-0321601834 Exercise 100
For the system shown in Fig., m 1 = 8.0 kg, m 2 = 3.0 kg, = 30°, and the radius and mass of the pulley are 0.10 m and 0.10 kg, respectively. (a) What is the acceleration of the masses (Neglect friction and the string's mass.) (b) If the pulley has a constant frictional torque of 0.050 m · N when the system is in motion, what is the acceleration of the masses [ Hint : isolate the forces. The tensions in the strings are different. Why ]
![For the system shown in Fig., m 1 = 8.0 kg, m 2 = 3.0 kg, = 30°, and the radius and mass of the pulley are 0.10 m and 0.10 kg, respectively. (a) What is the acceleration of the masses (Neglect friction and the string's mass.) (b) If the pulley has a constant frictional torque of 0.050 m · N when the system is in motion, what is the acceleration of the masses [ Hint : isolate the forces. The tensions in the strings are different. Why ] FIGURE Inclined plane and pulley See Exercise.](https://storage.examlex.com/SM7467/11eb75c5_c7ef_551f_adfc_55d6c59d0ce0_SM7467_00.jpg)
FIGURE Inclined plane and pulley See Exercise.
FIGURE Inclined plane and pulley See Exercise.
Explanation
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Moment of inertia of solid disk is,
He...
College Physics with MasteringPhysics 7th Edition by Jerry Wilson,Anthony Buffa,Bo Lou
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