An aeroplane flies horizontally at height h with constant velocity v and drops a packet of food. The shortest distance between helicopter and person standing down when he catches the food packet?

A helicopter is flying horizontally with a speed 'v' at an altitude V has to drop a food packet for a man on the ground. What is the distance of helicopter from the man when the food packet is dropped ?

An aeroplane is moving with a velocity u. It drops a packet from a height h. The time t taken by the packet in reaching the ground will be

An aeroplane is flying horizontally at a height of 980 m with velocity 100 ms^(-1) drops a food packet.A person on the ground is 414 m ahead horizontally from the dropping point.At what velocity should he move so that he can catch the food packet.

An aeroplane is moving with horizontal velocity u at height h . The velocity of a packet dropped from it on the earth's surface will be ( g is acceleration due to gravity)

A boy on a train of height h_1 projects a coin his friend of height h_2 standing on the same train, with a velocity v relative to the train, at an angle theta with horizontal. If the train moves with a constant velocity v' in the direction of x - motion of the coin, find the (a) distance between the boys so that the second boy can catch the coin, (b) maximum height attained by the coin, and ( c) speed with which the second boy catches the coin relative to himself (train) and ground.

A helicopter is flying horizontally at an altitude of 2km with a speed of 100 ms^(-1) . A packet is dropped from it. The horizontal distance between the point where the packet is dropped and the point where it hits the ground is (g = 10 ms^(-2))

An airplane is flying horizontally at a height of 490m with a velocity of 150ms^(-1) . A bag containing food is to be dropped to the Jawans on the ground. How far (in meter) from them should the bag the dropped so that it directely reaches them?