The escape velocity of 10g body from the earth is 11.2 `km s^(-1)`. Ignoring air resistance, the escape velocity of 10 kg of the iron ball from the earth will be

The escape velocity from the earth for a rocket is 11.2 km//sec . Ignoring the air resistance, the escape velocity of 10mg grain of sand from the earth will be (in km//sec )

The escape velocity for a body of mass 1kg from the earth surface is 11.2kms^(-1) . The escape velocity for a body of mass 100kg would be

The escape velocity for a body of mass 1 kg from the earth surface is 11.2 "kms"^(-1) . The escape velocity for a body of mass 100 kg would be

The escape velocity for a body of mass 1 kg from the earth surface is 11.2 "kms"^(-1) . The escape velocity for a body of mass 100 kg would be

The escape velocity of a body from the earth is 11.2 km//s . If a body is projected with a velocity twice its escape velocity, then the velocity of the body at infinity is (in km//s )

The escape velocity of a body on the surface of earth is 11.2 km/ s. If the earth's mass increases to twice its present value and the radius of the earth becomes half, the escape velocity would become

The escape velocity for body of mass 1 kg from earth surface is 11.2 km/s, the escape velocity of another body of mass 10 kg will be what ?