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Angular velocity is the rotational equivalent of translational velocity. There are a number of kinematic equations for angular motion which are entirely analogous to the linear motion equations, such as w? + 2aA0 compared with = v? + 2aAx. These equations are valid only when: O a there is no torque. b. the angular acceleration is constant. C. there is no moment of inertia. d. there angular displacement is 0.

Angular velocity is the rotational equivalent of translational velocity. There are a number of kinematic equations for angular motion which are entirely analogous to the linear motion equations, such as w? + 2aA0 compared with = v? + 2aAx. These equations are valid only when: O a there is no torque. b. the angular acceleration is constant. C. there is no moment of inertia. d. there angular displacement is 0.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
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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Angular velocity is the rotational equivalent of translational velocity. There are a number of kinematic equations for angular motion which are entirely analogous to the linear motion equations, such as w, = w + 2aA0 compared with v, = v} + 2aAx. These equations are valid only when: а. there is no torque. b. the angular acceleration is constant. С. there is no moment of inertia. d. there angular displacement is 0. e. there is no angular acceleration.
Transcribed Image Text:Angular velocity is the rotational equivalent of translational velocity. There are a number of kinematic equations for angular motion which are entirely analogous to the linear motion equations, such as w, = w + 2aA0 compared with v, = v} + 2aAx. These equations are valid only when: а. there is no torque. b. the angular acceleration is constant. С. there is no moment of inertia. d. there angular displacement is 0. e. there is no angular acceleration.
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