the weight of a box is at 14 N Set the y-component of the applied force to -2 N. In that case, what is the magnitude of the normal force? _______ N (why is the answer 16.0N) n that case, what the maximum possible magnitude of the force of static friction? (Keep the y-component of the applied force at -2 N, the weight at 14 N, and then adjust the x-component of the applied force to find the maximum value of the force of static friction.) _______ N
the weight of a box is at 14 N Set the y-component of the applied force to -2 N. In that case, what is the magnitude of the normal force? _______ N (why is the answer 16.0N) n that case, what the maximum possible magnitude of the force of static friction? (Keep the y-component of the applied force at -2 N, the weight at 14 N, and then adjust the x-component of the applied force to find the maximum value of the force of static friction.) _______ N
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter5: Displacement And Force In Two Dimensions
Section: Chapter Questions
Problem 80A
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the weight of a box is at 14 N
Set the y-component of the applied force to -2 N. In that case, what is the magnitude of the normal force?
_______ N
(why is the answer 16.0N)
n that case, what the maximum possible magnitude of the
_______ N
(why is the answer for this 8.0N)
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