A helicopter is flying at `200 m` and flying at `25 ms^(-1)` at an angle `37^@` above the horizontal when a package is dropped from it.

The distance of the point O where the package lands is

A helicopter is flying at 200 m and flying at 25 ms^(-1) at an angle 37^@ above the horizontal when a package is dropped from it. If the helicopter flies at constant velocity, find the x and y coordinates of the location of the helicopter when the package lands.

A helicopter is flying at 200 m and flying at 25 ms^(-1) at an angle 37^@ above the horizontal when a package is dropped from it. If the helicopter flies at constant velocity, find the x and y coordinates of the location of the helicopter when the package lands.

A helicopter is flying at 100m and flying at 25m//s at an angle 37^(@) above the horizontal when a package is dropped from it , (a) Where does the package land , (b) If the helicopter flies at constant velocity where is it when the package lands?

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))

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))

A helicopter is ascending vertically with a speed of 8.0 "ms"^(-1) . At a height of 12 m above the earth, a package is dropped from a window. How much time does it take for the package to reach the ground ?

A helicopter is ascending vertically with a speed of 8.0 "ms"^(-1) . At a height of 12 m above the earth, a package is dropped from a window. How much time does it take for the package to reach the ground ?