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
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1. Solve for the force 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 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

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