A constant given torque T of 0.073 Newton-meters is applied to a free-spinning bicycle wheel of mass m 4.3 kg, radius R of 0.27 meters as shown. The rotational inertia of the wheel is given by the expression: I = mR. a) What is the angular acceleration of the wheel? (Hint: Use the rotational analog of Newton's 2nd Law). b) Assuming the wheel starts at rest, how much time will it take for the wheel to be spun to a final rotational velocity of w= 22.2 radians/second? (Hint: This is analogous to translational motion with constant acceleration). %3! c) A small piece of mud is stuck to the outside edge of of the wheel. What is the centripetal accel- eration on the piece of mud after time T 5.0 seconds of torque have been applied? (Hint: find the angular velocity, and then consider the piece of mud as instantaneously moving with Uniform Circular Motion). %3D
A constant given torque T of 0.073 Newton-meters is applied to a free-spinning bicycle wheel of mass m 4.3 kg, radius R of 0.27 meters as shown. The rotational inertia of the wheel is given by the expression: I = mR. a) What is the angular acceleration of the wheel? (Hint: Use the rotational analog of Newton's 2nd Law). b) Assuming the wheel starts at rest, how much time will it take for the wheel to be spun to a final rotational velocity of w= 22.2 radians/second? (Hint: This is analogous to translational motion with constant acceleration). %3! c) A small piece of mud is stuck to the outside edge of of the wheel. What is the centripetal accel- eration on the piece of mud after time T 5.0 seconds of torque have been applied? (Hint: find the angular velocity, and then consider the piece of mud as instantaneously moving with Uniform Circular Motion). %3D
College Physics
11th Edition
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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torque question
![A constant given torque T of 0.073 Newton-meters is applied to a free-spinning bicycle wheel
of mass m = 4.3 kg, radius R of 0.27 meters as shown. The rotational inertia of the wheel is given
by the expression: 1 = mR.
a) What is the angular acceleration of the wheel? (Hint: Use the rotational analog of Newton's
2nd Law).
b) Assuming the wheel starts at rest, how much time will it take for the wheel to be spun to a
final rotational velocity of w = 22.2 radians/second? (Hint: This is analogous to translational
motion with constant acceleration).
c) A small piece of mud is stuck to the outside edge of of the wheel. What is the centripetal accel-
eration on the piece of mud after time T= 5.0 seconds of torque have been applied? (Hint:
find the angular velocity, and then consider the piece of mud as instantaneously moving with
Uniform Circular Motion).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb694d4bc-bc90-47cf-b581-0b6bfe73282a%2F7c83a6fc-1599-44ec-bbe8-f8f4eab444ed%2Fbg9xfzi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A constant given torque T of 0.073 Newton-meters is applied to a free-spinning bicycle wheel
of mass m = 4.3 kg, radius R of 0.27 meters as shown. The rotational inertia of the wheel is given
by the expression: 1 = mR.
a) What is the angular acceleration of the wheel? (Hint: Use the rotational analog of Newton's
2nd Law).
b) Assuming the wheel starts at rest, how much time will it take for the wheel to be spun to a
final rotational velocity of w = 22.2 radians/second? (Hint: This is analogous to translational
motion with constant acceleration).
c) A small piece of mud is stuck to the outside edge of of the wheel. What is the centripetal accel-
eration on the piece of mud after time T= 5.0 seconds of torque have been applied? (Hint:
find the angular velocity, and then consider the piece of mud as instantaneously moving with
Uniform Circular Motion).
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