The escape velocity for a planet is `v_e`. A particle is projected from its surface with a speed `v`. For this particle to move as a satellite around the planet.

The escape velocity for a planet is upsilon_e . A particle is projected from its surface with a speed upsilon . For this particle to move as a satellite around the planet

The escape velocity of a planet is v_e . From this planet a particle is projected upwards with a velocity v. The particle will revolve like a satellite if

The escape velocity of an object projected from the surface of a given planet is independent of

The escape velocity for a planet is v_e . A particle starts from rest at a large distance from the planet, reaches the planet only under gravitational attraction, and passes through a smooth tunnel through its centre. Its speed at the centre of the planet will be

The escape velocity for a planet is v_e . A particle starts from rest at a large distance from the planet, reaches the planet only under gravitational attraction, and passes through a smooth tunnel through its centre. Its speed at the centre of the planet will be

The escape velocity for a planet is v_e . A particle starts from rest at a large distance from the planet, reaches the planet only under gravitational attraction, and passes through a smooth tunnel through its centre. Its speed at the centre of the planet will be