If a body is projected with speed `v` greater than escape speed `v_(e)` from the surface of earth, find its speed in intersteller space.

If a body is projected with a speed lesser than escape velocity, then

If a body is projected with a speed lesser than escape velocity, then

The escape speed of a body from the surface of the Earth is

If a body is thrown at speed of triple as that of escape speed (V_e) from earth s surface, then at what speed it will move in interstellar space?

If a body is thrown at speed of triple as that of escape speed (V_e) from earth s surface, then at what speed it will move in interstellar space?

A body is projected with a velocity equal to twice the escape velocity (v_(e)) from the surface of the earth. With what velocity it will travel in interplanetary space?

Arrive at the expression for escape speed of the body from the surface of earth.

Write the value of escape speed of a body from surface of the earth.

Let escape velocity od a body a kept surface of a planet is u , If it is projected at a speed of 200 % more than the escape speed , then its speed in interstellar space will be

Let escape velocity od a body a kept surface of a planet is u , If it is projected at a speed of 200 % more than the escape speed , then its speed in interstellar space will be