Show that a sphere of radius R that is rolling without slipping has angular momentum and momentum in the ratio L/p - (2/5)R.Instruction1. Draw a free body diagram of a rolling sphere and write down net force and not torque equations. (The surface is not frictionless.XYou do notneed this part to answer the question, but I want you to practice setting up equations from rotational motion.)2. Find the relationship between linear speed and angular speed.3. Calculate the momentum and angular momentum and show the ratio is L/p = (2/5)R

Moment of inertia times angular velocity defines angular momentum as the property of any rotating…

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how that a sphere of radius R that is rolling without slipping has angular momentum and momentum in the ratio L/p (2/5)R.