Solve for the force P that would cause motion if the top and bottom block remain stationary and the middle block slips. 2. Solve for the range of force force P that would cause motion if the top block remain stationary and the middle and bottom block slips together. 3. Solve for max force P to cause no blocks to move (remain at rest). N1,N2,F1,AND F2 VALUES ARE GIVEN BELOW
Solve for the force P that would cause motion if the top and bottom block remain stationary and the middle block slips. 2. Solve for the range of force force P that would cause motion if the top block remain stationary and the middle and bottom block slips together. 3. Solve for max force P to cause no blocks to move (remain at rest). N1,N2,F1,AND F2 VALUES ARE GIVEN BELOW
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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1. Solve for the force P that would cause motion if the top and bottom block remain stationary and the middle block slips.
2. Solve for the range of force force P that would cause motion if the top block remain stationary and the middle and bottom block slips together.
3. Solve for max force P to cause no blocks to move (remain at rest).
N1,N2,F1,AND F2 VALUES ARE GIVEN BELOW

Transcribed Image Text:N,
362.97 N
N.
Answers:
N1 =
725.2
N
%3D
N2 =
1087.8
%3D
F1 =
384.36
N
F2 =
413.36
N

Transcribed Image Text:Determine the horizontal force P required to cause slippage to occur. The friction coefficients for the three pairs of
mating surfaces are indicated. The top block is free to move vertically.
74 kg
H = 0.53
37 kg
H30.38
25 kg
H=0.22
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