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The block A is kept over a plan B. The m...

The block A is kept over a plan B. The maximum horizontal acceleration of the system in order to prevent slipping of A over B is `a = 2 ms^(-2)` find the coefficient of friction between A and B

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For the block `A , f_(max) = ma_(max)`
`a_(max)` of `A =` maximum acceleration of plane in order to have no slipping between A and B
`:. f_(max) = mu mg :. mu mg = ma_(max)`
`:. mu = (a_(max))/(g) = (2)/(10) = 0.2`
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CENGAGE PHYSICS-NEWTON'S LAWS OF MOTION 2-Exercise 7.2
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  2. In Fig. initialy the system is at rest .Find out minimum value of F fo...

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  3. Find the acceleration of the two blocks The system is initaily at rest...

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  4. Find the acceleration of the two blocks . The system is initialy at re...

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  5. Find the acceleration of the two blocks The system initally at rest a...

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  6. The block A is kept over a plan B. The maximum horizontal acceleration...

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  8. A small block of mass m is placed on a plank of masss M .The block is ...

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  10. In Fig block 1 is placed on top of block 2 .Both of then have a mass o...

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  15. A plank of mass M is placed on a rough horizontal force F is applied o...

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