As seen in the figure. Block A is pulled 50-/V force. The static friction coefficient between block A and B is 0,5 and kinetic friction coefficient is 0,3. Similarly, the static friction coefficient between block B and the floor is 0,4 and kinetic friction coefficient is 0,2. Is there a motion at blocks? Calculate the friction forces between blocks and the Block B and the floor.
As seen in the figure. Block A is pulled 50-/V force. The static friction coefficient between block A and B is 0,5 and kinetic friction coefficient is 0,3. Similarly, the static friction coefficient between block B and the floor is 0,4 and kinetic friction coefficient is 0,2. Is there a motion at blocks? Calculate the friction forces between blocks and the Block B and the floor.
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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As seen in the figure. Block A is pulled 50-/V force. The static friction coefficient between block A and B is 0,5 and kinetic friction coefficient is 0,3. Similarly, the static friction coefficient between block B and the floor is 0,4 and kinetic friction coefficient is 0,2. Is there a motion at blocks? Calculate the friction forces between blocks and the Block B and the floor.
Transcribed Image Text:Ms-05.
MK-0,3
F-50-N
A-5kh
B-5kg
Mk=0,2
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