A marksman holds a rifle of mass mR = 3.00 kg loosely5)in his hands, so as to let it recoil freely when fired. Hefires a bullet of mass mB = 5.00 kg horizontally with avelocity relative to the ground of VB = 300 m/s. Whatis the recoil velocity VR of the rifle? (Take note that boththe bullet and the rifle were at rest before firing.)%3DAnswer:

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Description: A marksman holds a rifle of mass mR = 3.00 kg loosely5)in his hands, so as to let it recoil freely when fired. Hefires a bullet of mass mB = 5.00 kg horizontally with avelocity relative to the ground of VB = 300 m/s. Whatis the recoil velocity VR of

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A marksman holds a rifle of mass mR = 3.00 kg loosely in his hands, so as to let it recoil freely when fired. He fires a bullet of mass mB = 5.00 kg horizontally with a %3D 300 m/s. What velocity relative to the ground of VB = is the recoil velocity VR of the rifle? (Take note that both the bullet and the rifle were at rest before firing.)

A marksman holds a rifle of mass mR = 3.00 kg loosely in his hands, so as to let it recoil freely when fired. He fires a bullet of mass mB = 5.00 kg horizontally with a %3D 300 m/s. What velocity relative to the ground of VB = is the recoil velocity VR of the rifle? (Take note that both the bullet and the rifle were at rest before firing.)

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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