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The uniform thin pole in the Figure Q6 has a weight of 300N and a length h 28 m. If it is placed against the smooth wall and on the rough floor in the position d= 12 m. The coefficient of static friction is us = 0.3. B. Figure Q6: Pole Against a Wall (a) Sketch the corresponding free body diagram of the system. (b) Solve the equation of equilibrium for EMA, EF, and F (c) Evaluate the position when it is released. Justify your answer.

The uniform thin pole in the Figure Q6 has a weight of 300N and a length h 28 m. If it is placed against the smooth wall and on the rough floor in the position d= 12 m. The coefficient of static friction is us = 0.3. B. Figure Q6: Pole Against a Wall (a) Sketch the corresponding free body diagram of the system. (b) Solve the equation of equilibrium for EMA, EF, and F (c) Evaluate the position when it is released. Justify your answer.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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The uniform thin pole in the Figure Q6 has a weight of 300N and a length h 28 m. If it is placed against the smooth wall and on the rough floor in the position d= 12 m. The coefficient of static friction is us = 0.3. B. Figure Q6: Pole Against a Wall (a) Sketch the corresponding free body diagram of the system. (b) Solve the equation of equilibrium for EMA, EF, and F (c) Evaluate the position when it is released. Justify your answer. (6)
Transcribed Image Text:The uniform thin pole in the Figure Q6 has a weight of 300N and a length h 28 m. If it is placed against the smooth wall and on the rough floor in the position d= 12 m. The coefficient of static friction is us = 0.3. B. Figure Q6: Pole Against a Wall (a) Sketch the corresponding free body diagram of the system. (b) Solve the equation of equilibrium for EMA, EF, and F (c) Evaluate the position when it is released. Justify your answer. (6)
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