A land vehicle to be used in the future manned exploration of the moon surface weighs 493 8 Ib, on earth.This is loaded weight minus crew. Assume an average lunar gravity equal to one-sixth standard earthgravity. (a) What is the vehicle mass in kg? (b) What is the vehicle weight on earth in N? (c) What is thevehicle weight on the moon in lb,?1.35.Ans 223.9 kg: 2196 N; 82.3 lb

Name: A land vehicle to be used in the future manned exploration of the moo
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Description: A land vehicle to be used in the future manned exploration of the moon surface weighs 493 8 Ib, on earth.This is loaded weight minus crew. Assume an average lunar gravity equal to one-sixth standard earthgravity. (a) What is the vehicle mass in kg?

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A land vehicle to be used in the future manned exploration of the moon surface weighs 493 8 lb, on earth. This is loaded weight minus crew. Assume an average lunar gravity equal to one-sixth standard esrth gravity. (a) What is the vehicle mass in kg? (b) What is the vehicle weight on earth in N? (c) What is the vehicle weight on the moon in lb,? 1.35. Ans 223.9 kg: 2196 N; 82.3 lb

A land vehicle to be used in the future manned exploration of the moon surface weighs 493 8 lb, on earth. This is loaded weight minus crew. Assume an average lunar gravity equal to one-sixth standard esrth gravity. (a) What is the vehicle mass in kg? (b) What is the vehicle weight on earth in N? (c) What is the vehicle weight on the moon in lb,? 1.35. Ans 223.9 kg: 2196 N; 82.3 lb

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter7: Gravitation

Section: Chapter Questions

Problem 29A

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