A body is projected up along an inclined plane from the bottom with speed V_(1). If it reaches the bottom of the plane with a velocity V_(1) find (v _(1)//v_(2)) if theta is the angle of inclination with the horizontal and mube the co-efficient of friction.

A body is projected up along an inclined plane from the bottom with sp

1.	A body is projected up along an inclined plane from the bottom with speed V_(1). If it reaches the bottom of the plane with a velocity V_(1) find (v _(1)//v_(2)) if theta is the angle of inclination with the horizontal and mube the co-efficient of friction.
Answer» `(sin THETA + MU COS theta)/(sin theta - mu cos theta)` `SQRT((sin theta + mu cos theta)/( sin theta - mu cos theta))` `(cos theta + mu sin theta)/( cos theta - mu sin theta)` `sqrt (( cos theta + mu sin theta)/(cos theta - mu sin theta))` Answer :B