A horizontal force F is applied to applied to a homogeneous rectangular block of massm, width b and height H. The block moves with constant velocity and the coefficient of friction is mu_(k) At what distance (from the left end) on the bottom face of the block will the normal reaction act when F acts at the height (H)/(2) ? (here, assume no toppling happens)

A horizontal force F is applied to applied to a homogeneous rectangula

1.	A horizontal force F is applied to applied to a homogeneous rectangular block of massm, width b and height H. The block moves with constant velocity and the coefficient of friction is mu_(k) At what distance (from the left end) on the bottom face of the block will the normal reaction act when F acts at the height (H)/(2) ? (here, assume no toppling happens)
Answer» `(mu_(K)H)/(2)` `(b-mu_(k)H)/(2)` `b-(mu_(k)H)/(2)` `(H)/(2mu_(k))` Answer :B::C