A cannon and a target are `5.10 km` apart and located at the same level. How soon will the shell launched with the initial velocity `240 m//s` reach the target in the absence of air drag?

A cannon and a target are 5.10Km apart and located at the same level. How soon will the shell launched with the initial velocity 240m/s reach the target in the absence of air drag?

A cannon and a target are 5.10Km apart and located at the same level. How soon will the shell launched with the initial velocity 240m/s reach the target in the absence of air drag?

A cannon a target are 5.0 km apart on the same horizontal plane. How long will the shell launched with a velocity of 240 ms^-1 take to reach the tanget ? (g=10ms^-2)

A cannon and a target are 5.0 km apart on the same horizontal plane. How long will the shell, launched with a velocity of 240 m s^(-1) , take to reach the target ? (g=10 ms^(-2))

A gun and a target are at the same horizontal level separated by a distance of 600 m. The bullet is fired from the gun with the velocity of 500 ms^-1 In order to hit the target , the gun should be aimed to a height h above the target. The value of h is (Acceleration due to gravity, g=10 ms^-2 )