3. A bowling ball of mass m and radius r is launched with speed vo (having no spin) on a lane at an alley with a coefficient of friction of μ. How far will it travel before it starts to roll without slipping? What will its speed be when this happens? Hint: The frictional force exerts a force that causes the speed to decrease linearly at a constant rate. The friction force causes a torque about the center of the bowling ball that in turn causes the angular velocity to increase linearly at a constant rate. There will be a time at which the bowling ball stops slipping and starts rolling.
3. A bowling ball of mass m and radius r is launched with speed vo (having no spin) on a lane at an alley with a coefficient of friction of μ. How far will it travel before it starts to roll without slipping? What will its speed be when this happens? Hint: The frictional force exerts a force that causes the speed to decrease linearly at a constant rate. The friction force causes a torque about the center of the bowling ball that in turn causes the angular velocity to increase linearly at a constant rate. There will be a time at which the bowling ball stops slipping and starts rolling.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter7: Rotational Motion And Gravitation
Section: Chapter Questions
Problem 52AP: The dung beetle is known as one of the strongest animals for its size, often forming balls of dung...
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