[" A bomb is thrown at a speed "20m/s" at an angle "45^(@).],[" At the highest point,it explodes into two parts of "],[" equal mass.The one part coming to rest.Find the "],[" distance from the origin to the point where the "],[" other part strikes the ground :- "],[[" (1) "40m," (2) "60m," (3) "20m," (4) "80m]]

A projectile is fired at a speed of 100 m/s at an angel of 37^0 above the horizontal. At the highest point, the projectile breaks into two parts of mass ratio 1:3 the smaller coming to rest. Find the distance from the launching point to the where the heavier piece lands.

A projectile is fired at a speed of 100 m/s at an angel of 37^0 above the horizontal. At the highest point, the projectile breaks into two parts of mass ratio 1:3 the smaller coming to rest. Find the distance from the launching point to the where the heavier piece lands.

In the previous problem , if a bomb explodes into three parts of mass ratio 1 : 1 : 2 , one smaller part retraces its path, the second smaller part coming to rest, the distance from the point of projection , where the heavier part strikes the ground is

A body is projected with a speed 160 m/s at an angle 53^(@) with the horizontal, At the highest point, body explodes into two pieces with mass ratio 1:3. Smaller piece comes to rest immediately after explosion. Find the distance of point from point of projection where heavier piece strikes the horizontal surface.

A particle is projected such that its horizontal range would be R. At the highest point, the particle breaks into two identical parts P and Q. If P comes to rest, the horizontal distance of point from the point of projection (i.e. origin) where the particle Q lands on the ground is