A body is projected up along an inclined plane from the bottom with speed is `2v`.If it reaches the bottom of the plane with a velocity `v`,if `theta` is the angle of inclination with the horizontal and `mu` be the coefficient of friction.

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_(2) , find (v_(1)//v_(2)) if theta is the angle of inclination with the horizontal and mu be the coefficient of.

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 mu be the co-efficient of friction.

A body is released from the top of a smooth inclined plane of inclination theta . It reaches the bottom with velocity v . If the angle of inclina-tion is doubled for the same length of the plane, what will be the velocity of the body on reach ing the ground .

A body is released from the top of a smooth inclined plane of inclination theta . It reaches the bottom with velocity v . If the angle of inclina-tion is doubled for the same length of the plane, what will be the velocity of the body on reach ing the ground .

A body is released from the top of a smooth inclined plane of inclination theta . It reaches the bottom with velocity v . If the angle of inclina-tion is doubled for the same length of the plane, what will be the velocity of the body on reach ing the ground .