A raindrop of mass `1g` falling from a height of `1km` hits is the ground with a speed of `50 ms^(-1)`. Which of the following statements is correct? `("Taking" g= 10ms^(-2))`.

A raindrop of mass 1.00 g falling form a height of 1 km hits the ground with a speed of 50 ms^-1 . Calculate. the loss of P.E. of the drop.

A rain drop of mass 1.00 g falling from a height of 1 km hits the ground with a speed of 50 ms^-1 . Calculate. the gain in K.E. of the drop.

A raindrop of mass 1.00 g is falling from a height of 1.00 km. It hits the ground with a speed of 50.0 ms^(-1) Find the work done by the unknown resistive force (g = 10 ms^(2)).

A drop of mass 1.00 g falling from a height 1.00 km . It hits the ground with a speed of 50.0 ms^(-1) . What is the work by the unknown resistive force ?

A stone of mass 20 g falling from height of 2 km hits the ground with a speed of 200 ms^-1 . The work done by the gravitational force is

A stone of mass 20 g falling from height of 2 km hits the ground with a speed of 200 ms^-1 . The work done by the gravitational force is

A raindrop of mass 1g falling from a height of 1km hits is the ground with a speed of 50 ms^(-1) If the resistence force is properition to the speed of the drop .then the work done by the resistence force is ("Taking" g: 10ms^(-2)) .

A drop of mass 2.0 g falls from a cliff of height 1.0 km It hits the ground with a speed of 50.0 ms^(-1). The work done by the resistive force is

A drop of mass 2.0 g falls from a cliff of height 1.0 km It hits the ground with a speed of 50.0 ms^(-1). The work done by the resistive force is