A block is projected with velocity v_(0) up the inclined plane from its bottom at t=0. The plane makes an angle theta with the horizontal. If the coefficient of friction between the block and the incline is mu = tan alpha(alpha gt theta) then fricitonal force applied by the plane on the block for t gt (v_(0))/(g[sin theta+tan alpha cos theta]) will be :

A block is projected with velocity v_(0) up the inclined plane from it

1.	A block is projected with velocity v_(0) up the inclined plane from its bottom at t=0. The plane makes an angle theta with the horizontal. If the coefficient of friction between the block and the incline is mu = tan alpha(alpha gt theta) then fricitonal force applied by the plane on the block for t gt (v_(0))/(g[sin theta+tan alpha cos theta]) will be :
Answer» `TAN ALPHA mg COS THETA` zero `mg SIN theta` `tan alpha mg sin theta` Answer :c