Q3 Block A movies on a roller along inclined surface and Connected to Block B by a link. Determine the weight of Block B required to pent the man to cause Block A to just about to move. The mass of Block A is[10] ng and the static coefficient of friction is between Bleck B and surface is 0.8. MA= 10kg A M₁=0.8 WB=?? B 4² 69 145
Q3 Block A movies on a roller along inclined surface and Connected to Block B by a link. Determine the weight of Block B required to pent the man to cause Block A to just about to move. The mass of Block A is[10] ng and the static coefficient of friction is between Bleck B and surface is 0.8. MA= 10kg A M₁=0.8 WB=?? B 4² 69 145
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![Q3 Block A movies on a roller along inclined surface and
Connected to Block B by a link. Determine the weight
of Block B required to prevent the mom to cause Block
A to just about to move. The mass of Block A is [10] ng
and the static coefficient of friction is between
Block B and surface is 0.8.
MA= 10kg
M₁=0.8
W3=??
B
45](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6b7f66d8-81f3-4a69-8e82-aac108e640e7%2F27d20154-5b0d-4a39-87b6-46393b8f180f%2Fs1y5p52_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q3 Block A movies on a roller along inclined surface and
Connected to Block B by a link. Determine the weight
of Block B required to prevent the mom to cause Block
A to just about to move. The mass of Block A is [10] ng
and the static coefficient of friction is between
Block B and surface is 0.8.
MA= 10kg
M₁=0.8
W3=??
B
45
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