Block B of mass m has been placed on block A of mass 3 m as shown. Block A rests on a smooth horizontal table. F1 is the

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answerhappygod
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Block B of mass m has been placed on block A of mass 3 m as shown. Block A rests on a smooth horizontal table. F1 is the

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Block B of mass m has been placed on block A of mass 3 m as
shown. Block A rests on a smooth horizontal table. F1 is the
maximum horizontal force that can be applied on the block A such
that there is no slipping between the blocks. Similarly, F2 is the
maximum horizontal force that can be applied on the block B so that
the two blocks move together without slipping on each other. When
F1 and F2 both are applied together as shown in figure.
Block B Of Mass M Has Been Placed On Block A Of Mass 3 M As Shown Block A Rests On A Smooth Horizontal Table F1 Is The 1
Block B Of Mass M Has Been Placed On Block A Of Mass 3 M As Shown Block A Rests On A Smooth Horizontal Table F1 Is The 1 (6.31 KiB) Viewed 56 times
(a) Find the friction force acting between the blocks.
(b) Acceleration of the two blocks.
(c) If F2 is decreased a little, what will be direction of
friction acting on B.
m m F B 3 m А F Smooth
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