QUESTION 25 A block with a mass of m slides at a constant velocity Vo on a horizohtal frictionless surface. The block collides with a spring and comes to rest when the spring is compressed to the maximum value. If the velocity of the block was doubled, what is the new maxìmum compression in the spring? A The compression of the spring would be double (2x) the original compression B. The compression of the spring would be half (1/2x) the original compression. c The compression of the spring would be the same as the original compression. D. The compression of the spring would be a quarter (1/4x) the original compression. E. The compression of the spring would be quadruple (4x) the original compression

QUESTION 25 A block with a mass of m slides at a constant velocity Vo on a horizohtal frictionless surface. The block collides with a spring and comes to rest when the spring is compressed to the maximum value. If the velocity of the block was doubled, what is the new maxìmum compression in the spring? A The compression of the spring would be double (2x) the original compression B. The compression of the spring would be half (1/2x) the original compression. c The compression of the spring would be the same as the original compression. D. The compression of the spring would be a quarter (1/4x) the original compression. E. The compression of the spring would be quadruple (4x) the original compression

Name: QUESTION 25A block with a mass of m slides at a constant velocity Vo
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Description: QUESTION 25A block with a mass of m slides at a constant velocity Vo on a horizohtal frictionless surface. The block collides with a springand comes to rest when the spring is compressed to the maximum value. If the velocity of the block was doubled

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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