Two blocks 'A' and 'B' each of mass 'm' are placed on a smooth horizontal surface. Two horizontal force F and 2F are applied on the two blocks 'A' and 'B' respectively as shown in figure. The block A does not slide on block B. Then the normal reaction acting between the two blocks is (contact surface between blocks is smooth)
AionAbhishek:
where is fig ?
Answers
Answered by
21
Hi thank you for asking the question
The reason they dont move is because of the frictional force between the two bodies
frictional force of A acting on body B = u1mg
Frictional force due to the surface acting on B = u2 ( m1 + m2 ) g
= F = 2F = 3F
Hope this answer suffice your question
Mark the answer as brainliest if it helped
Thank you
The reason they dont move is because of the frictional force between the two bodies
frictional force of A acting on body B = u1mg
Frictional force due to the surface acting on B = u2 ( m1 + m2 ) g
= F = 2F = 3F
Hope this answer suffice your question
Mark the answer as brainliest if it helped
Thank you
Answered by
0
Hi thank you for asking the question
The reason they dont move is because of the frictional force between the two bodies
frictional force of A acting on body B = u1mg
Frictional force due to the surface acting on B = u2 ( m1 + m2 ) g
= F = 2F = 3F
Hope this answer suffice your question
Mark the answer as brainliest if it helped
Thank you
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