A projectile of mass 5m is projected at 40m/s at 75^(@) above horizontal It explodes at highest point into two fragments The smaller part of mass m falls at the point of projection.Where does the other part fall? (distance from point of projection) (A) 60m (B) 40m (C) 100m (D) 80m

A body of mass m is projected from ground for horizontal range R . At the highest point it is fragmented into two identical parts. If one parts returns back to the point of projection, then other part will have the horizontal range

A particle of mass m=1kg is projected with speed u=20sqrt(2)m//s at angle theta=45^(@) with horizontal find the torque of the weight of the particle about the point of projection when the particle is at the highest point.

A ball is projected with 20sqrt2 m//s at angle 45^(@) with horizontal.The angular velocity of the particle at highest point of its journey about point of projection is

A particle of mass m is projected with an initial velocity U at an angle theta to the horizontal. The torque of gravity on projectile at maximum height about the point of projection is

A particle is projected with a velocity 10 m//s at an angle 37^(@) to the horizontal. Find the location at which the particle is at a height 1 m from point of projection.

A shell of mass 2m fired with a speed u at an angle theta to the horizontal explodes at the highest point of its trajectory into two fragments of mass m each. If one fragment falls vertically, the distance at which the other fragment falls from the gun is given by :

A ball is projected form top of a tower with a velocity of 5m//s at an angle of 53^(@) to horizontal. Its speed when it is at a height of 0.45m from the point of projection is:

A body of mass m is projected with a velocity u at an angle theta with the horizontal. The angular momentum of the body, about the point of projection, when it at highest point on its trajectory is

A projectile of range R bursts at its highest point in two fragments, Both pieces at the time of bursts have the velocity in the horizontal direction. The heavier is double the mass of the figther. Lighter frangments falls at (R)/(2) horizontal distance from the point of projection in the opposite side of projection. The distance. where other part falls, from point of projection.