A rocket has mass 40,000 Kilogram (kg) which includes 20,000 kg of fuel mixture is fired vertically upward in a vacuum ( that is free space where gravitational field is negligible). During the burning process , the exhaust gases are ejected at a constant rate of 1000 kg / s and at a constant velocity with magnitude 400 metres/s relative to the rocket. If the rocket was initially at rest , then its speed after 30 seconds is equal to : 400 In(4) metres/s 400 In metres/s 400 In(2) metres/s O 400 In) metres/s 400 metres/s

A rocket has mass 40,000 Kilogram (kg) which includes 20,000 kg of fuel mixture is fired vertically upward in a vacuum ( that is free space where gravitational field is negligible). During the burning process , the exhaust gases are ejected at a constant rate of 1000 kg / s and at a constant velocity with magnitude 400 metres/s relative to the rocket. If the rocket was initially at rest , then its speed after 30 seconds is equal to : 400 In(4) metres/s 400 In metres/s 400 In(2) metres/s O 400 In) metres/s 400 metres/s

Name: A rocket has mass 40,000 Kilogram (kg) which includes 20,000 kg of fu
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Description: A rocket has mass 40,000 Kilogram (kg) which includes 20,000 kg of fuelmixture is fired vertically upward in a vacuum ( that is free space wheregravitational field is negligible).During the burning process , the exhaust gases are ejected at a consta

Classical Dynamics of Particles and Systems

5th Edition

ISBN:9780534408961

Author:Stephen T. Thornton, Jerry B. Marion

Publisher:Stephen T. Thornton, Jerry B. Marion

Chapter9: Dynamics Of A System Of Particles

Section: Chapter Questions

Problem 9.60P

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