Rotational Kinematics (use rotational kinematic equations) 2. A centrifuge turning at 20000 rpm is suddenly turned off. Before it comes to a stop, the centrifuge spins for 1500 revolutions. Calculate the angular acceleration of the centrifuge assuming it to be constant. Page 3 of 4 Solution and Answer: We first convert 20000 rpm to rad/s. In doing so we get Wo = 20000 rpm (o seconds) (i revolution/ 1 minute Zn radians 2094.4 d (use this value for the initial angular velocity, wo) 1500 revolutions are equivalent to A8rad = 1500 rev x 2n = 9424.78 radians. (use this value for the angular position, 0) Now, given the initial angular velocity, wo final angular velocity, w and angular position, 0, which of the given rotational kinematic equations are you going to use for computing the angular acceleration, a? Show your solution and answer for the a of the centrifuge.

Rotational Kinematics (use rotational kinematic equations) 2. A centrifuge turning at 20000 rpm is suddenly turned off. Before it comes to a stop, the centrifuge spins for 1500 revolutions. Calculate the angular acceleration of the centrifuge assuming it to be constant. Page 3 of 4 Solution and Answer: We first convert 20000 rpm to rad/s. In doing so we get Wo = 20000 rpm (o seconds) (i revolution/ 1 minute Zn radians 2094.4 d (use this value for the initial angular velocity, wo) 1500 revolutions are equivalent to A8rad = 1500 rev x 2n = 9424.78 radians. (use this value for the angular position, 0) Now, given the initial angular velocity, wo final angular velocity, w and angular position, 0, which of the given rotational kinematic equations are you going to use for computing the angular acceleration, a? Show your solution and answer for the a of the centrifuge.

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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