Two blocks of masses M and m are kept in contact on a smooth horizontal surface .
A force of F is applied on the block of mass 'M'. The force applied on the block of
mass 'm' by the block of mass M is
a) F
b)m(F/M+m)
c) M(F/m+M
d) zero
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Two blocks of masses M and m are kept in contact on a smooth horizontal surface .
A force of F is applied on the block of mass 'M'. The force applied on the block of
mass 'm' by the block of mass M is
a) F
b)m(F/M+m)
c) M(F/m+M
d) zero
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Answer:
The answer is a) F
Explanation:
As two things are mainly mentioned , first is that they are placed in contact to each other and the second one is that the surface on which they are kept is smooth which means there is no frictional force too. So the first object will apply the same force i.e F
Answer:
F
try to solve again it's very easy