If acceleration of A is 2 m/s^2 which is smaller than acceleration of B then value of frictional force applied by B on A is
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Answered by
302
As A is sliding on the block B with an acceleration of 2 m/ s2, there is relative motion between the blocks so the block a is under the action of a maximum frictional force which is providing it the acceleration of 2 m/s^2.
so the frictional force on A is
F = 5 x 2 = 10 N
Now, this is also the frictional force acting on the 10 kg block in the backward direction. (Action-Reaction pair)
F = 5 x 2 = 10 N
Now, this is also the frictional force acting on the 10 kg block in the backward direction. (Action-Reaction pair)
Answered by
28
Answer:10N.
Explanation:f=mass of A × acceleration of A
= 5kg× 2m/s^2=10 kgm/s^2= 10N.
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