A boy standing on the top of a tower of height 54 ft. throws a packet with a speed of 20 ft/s directly aiming towards his friend standing on the ground at a distance of 72 ft from the foot of the tower. The packet falls short of the person on the ground by `x xx(16)/(3)` ft. The value of x is

A person standing on the top of a tower 36m high has to throw a packet to his friend standing on the ground 48 m horizontally away. If the throws a packet directly aiming the friend with a speed of 10 m//s , how short will the packet fall ?

A boy standing on the top of a tower 36 m high has a throw a packet to his friend standing on the ground 48 m horizontally away. If the throws a packet directly aiming the friend with a speed of 10 ms^(-1) , how short will be packet fall ?

A boy standing on the top of a tower 36 m high has a throw a packet to his friend standing on the ground 48 m horizontally away. If he throws a packet directly aiming the friend with a speed of 10 ms^(-1) , how short will be packet fall ?

A person standing on the top of a cliff 171 ft high has to throw a packet to his friend standing on the ground 228 ft horizontally away. If he throws the packet directly aiming at the friend with a speed o 15.0 ft/s, how short will the packet fall?

A person standing on the top of a cliff 171 ft high has to throw a packet to his friend standing on the ground 228 ft horizontally away. If he throws the packet directly aiming at the friend with a speed o 15.0 ft/s, how short will the packet fall?

A stone is thrown from the top of a tower of height h=10m with speed v-10m//s . The distance of the landing point on the ground from the foot of the tower is Rle2sqrt(3)k in meter. Calculate k . Take g=10m//s^(2)

A person standin on the top of a cliff 171 ft high has to throuw a packet to his friend standing on the ground 228 ft horizontally away. If he throws the packet directly aiming at the friend wilth a speed o 15.0 ft/s, how short will the packet fall?

A tower stands vertically on the ground. From a point on the ground, 20m away from the foot of the tower, the angle of elevation of the top of the tower is 60^@ . What is the height of the tower?

A boy standing on a cliff 50 m high throws a ball with speed 40 m//s directly aiming towards a man standing on ground at B. At the same time the man at B throws a stone with a speed of 10 m//s directly aiming towards the boy. (a) Will the ball and the stone collide? If yes, at what time after projection? (b) At what height above the ground the two objects collide? (c) Draw the path of ball in the reference frame of the stone.