A man standing on the roof a house of height `h` throws one particle vertically downwards and another particle horizontally with same velocity `u`. Find the ratio of their velocities when they reach the earth's surface.

A man standing on the roof of a house of height h throws one particle vertically downwards and another particle horizontally with the same velocity u . The ratio of their velocities when they reach the earth's surface will be

A man standing on the roof of a house of height h throws one particle vertically downwards and another particle horizontally with the same velocity u. The ratio of their velocities when they reach the earth's surface will be

A person standing on the roof of a house of height h throws a particle vertically downwards and otherparticle in a horizontal direction with the same speed u. The ratio ofspeeds of the particles on reaching the earth is :

Two bodies of masses 5 kg and 80 kg are at same height if one is dropped vertically downward and another one horizontally with same initial velocity, which one will reach on earth sooner?

A particle falls on earth : (i) from infinity. (ii) from a height 10 times the radius of earth. The ratio of the velocities gained on reaching at the earth's surface is :

A particle falls on earth : (i) from infinity. (ii) from a height 10 times the radius of earth. The ratio of the velocities gained on reaching at the earth's surface is :

A particle falls on earth : (i) from infinity. (ii) from a height 10 times the radius of earth. The ratio of the velocities gained on reaching at the earth's surface is :

The rain is falling vertically downward with velocity 6m//s and a man is moving horizontally with velocity 8m//s . Find the velocity of rain with respect to the man.

A Person standing on a tower throws a stone vertically upward with a velocity u and drops another stone downward with the same initial velocity. Which stone will strike earth with larger velocity ?