7.8 m A Q-2 Q-2: The uniform thin pole has a weight of 180 N and a length of 7.8 m. It is placed against the smooth wall at B and the rough floor at A. The coefficient of static friction between the pole at A and the floor is s. (a) If d = 3.6 m and 4 = 0.27, will the pole remain in this position when it is released? (b) If µ = 0.4, what is the maximum distance d it can be placed without a slip?
7.8 m A Q-2 Q-2: The uniform thin pole has a weight of 180 N and a length of 7.8 m. It is placed against the smooth wall at B and the rough floor at A. The coefficient of static friction between the pole at A and the floor is s. (a) If d = 3.6 m and 4 = 0.27, will the pole remain in this position when it is released? (b) If µ = 0.4, what is the maximum distance d it can be placed without a slip?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
MUST DRAW FBD.
![7.8 m
A
-p-
Q-2
Q-2: The uniform thin pole has a weight of 180 N and a length of 7.8 m. It is placed against the
smooth wall at B and the rough floor at A. The coefficient of static friction between the pole at
A and the floor is s.
(a) If d = 3.6 m and s = 0.27, will the pole remain in this position when it is released?
(b) If s = 0.4, what is the maximum distance d it can be placed without a slip?
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F85a59020-44d2-4754-a5f9-ac4ddb4634f2%2F60ea7e4d-5ea5-4d07-82f8-bb4d4833ba4b%2Fylmxoof_processed.png&w=3840&q=75)
Transcribed Image Text:7.8 m
A
-p-
Q-2
Q-2: The uniform thin pole has a weight of 180 N and a length of 7.8 m. It is placed against the
smooth wall at B and the rough floor at A. The coefficient of static friction between the pole at
A and the floor is s.
(a) If d = 3.6 m and s = 0.27, will the pole remain in this position when it is released?
(b) If s = 0.4, what is the maximum distance d it can be placed without a slip?
%3D
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