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 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.

If the helicopter is flying at constant velocity then where will it be when the packet strikes the ground.

A helicopter while flying at a height of 100 m with velocity 30 m.s at an angle 30^(@) with the horizontal, drops a packet. Where will the packet strike the ground ? ( g = 10 m//s^(2) )

A hot-air balloon is ascending at the rate of 12 m/s and is 80 m above the ground when a package is dropped over the side. (a) How long does the package take to reach the ground ? (b) With what speed does it hit the ground ?

A balloon is ascending at the rate of 9.8 m//s and is 39.2 m above the ground when a package is dropped. (a) How long does the package take to reach the ground? (b) with what speed does it hit the ground ? (g = 9.8 m//s^(2))

A force of magnitude 25 N directed at an angle of 37^(@) above the horizontal moves a 10-kg crate along a horiaontal surface at constant velocity . How much work is done by this force in moving the crate a distance of 15 m ?

An aeroplane is flying in vertical plane at an angle of 30^(@) with the horizontal (north) and wind is is blowing from west.A package is dropped from an aeroplane. The velocity of the wind if package hits a kite flying in the space with a position vector vec(R) = (400 sqrt(3) hat(i) + 80 hat(j) + 200 hat(k)) m with respect to the point of dropping. (Here hat(i) and hat(j) are the unit vectors along north and vertically up respectively and hat(k) be the unit vector due east. Assume that the bag is light enough to get carried away by the wind)

An object is launched from a cliff 20 m above the ground at an angle of 30^(@) above the horizontal with an initial speed of 30m//s .How far does the object travel before landing on the ground?(in metre)

A helicopter is flying horizontally at 8m//s at an altitude 180m when a package fo emergency medical supplies is ejected horizontally backward with a speed fo 12m//s relative to the helicopter. Ignoring air resistance what is horizontal distance between the package and the helicopter when the package hits the ground?