The ball has a mass of 85 grams and is moving 10 m/s. The rodhas a mass of 520 grams and a radius of 72 centimeters. UsingL = mvr, what is the angular momentum of the ball before itstrikes the rod?L =unitThe rotational inertia of a point particle, such as the ball isI = mr2. The rotational inertia of a rod rotating around its end1mr². If the ball sticks to the end of the rod, what is3.is Itheir total rotational inertia?unit%3DWhat is the angular velocity of the system after the collision?unit Use the diagram below to answer the questions about thecollision.10 m/sec

The ball has a mass of 85 grams and is moving 10 m/s. The rod has a mass of 520 grams and a radius of 72 centimeters. Using mvr, what is the angular momentum of the ball before it strikes the rod? L = unit The rotational inertia of a point particle, such as the ball is I = mr?. The rotational inertia of a rod rotating around its end is I = =mr2. If the ball sticks to the end of the rod, what is 3 their total rotational inertia? I = unit What is the angular velocity of the system after the collision? W = unit

The ball has a mass of 85 grams and is moving 10 m/s. The rod has a mass of 520 grams and a radius of 72 centimeters. Using mvr, what is the angular momentum of the ball before it strikes the rod? L = unit The rotational inertia of a point particle, such as the ball is I = mr?. The rotational inertia of a rod rotating around its end is I = =mr2. If the ball sticks to the end of the rod, what is 3 their total rotational inertia? I = unit What is the angular velocity of the system after the collision? W = unit

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter1: A Physics Toolkit

Section1.4: Graphing Data

Problem 22SSC

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