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Problem 2: A tall, cylindrical chimney is toppling over as its base has ruptured. Let us say that the height H of the chimney is significantly larger than its thickness, so we may treat the chimney as a thin, rigid rod of length H. At the instant when the chimney is at angle 0 with respect to the vertical, what is the: (a) angular speed w of the top of the chimney? (b) radial component a, of the acceleration of the top? (

Problem 2: A tall, cylindrical chimney is toppling over as its base has ruptured. Let us say that the height H of the chimney is significantly larger than its thickness, so we may treat the chimney as a thin, rigid rod of length H. At the instant when the chimney is at angle 0 with respect to the vertical, what is the: (a) angular speed w of the top of the chimney? (b) radial component a, of the acceleration of the top? (

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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Problem 2: A tall, cylindrical chimney is toppling over as its base has ruptured. Let us say that the height H of the chimney is significantly larger than its thickness, so we may treat the chimney as a thin, rigid rod of length H. At the instant when the chimney is at angle 0o with respect to the vertical, what is the: (a) angular speed w of the top of the chimney? (b) radial component a, of the acceleration of the top? ( (c) tangential component at of the acceleration of the top? (d) the specific value of 00 at which at is equal to g?
Transcribed Image Text:Problem 2: A tall, cylindrical chimney is toppling over as its base has ruptured. Let us say that the height H of the chimney is significantly larger than its thickness, so we may treat the chimney as a thin, rigid rod of length H. At the instant when the chimney is at angle 0o with respect to the vertical, what is the: (a) angular speed w of the top of the chimney? (b) radial component a, of the acceleration of the top? ( (c) tangential component at of the acceleration of the top? (d) the specific value of 00 at which at is equal to g?
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