With a specific initial velocity, we can jump higher on the moon than on the earth.

Astronaut can jump higher on the moon's surface than on the earth because

A man can jump six times as high on the moon as that on the earth. Justify.

The escape velocity on the moon is less than that on the earth.

An astronaut on moon claimed that he can jump 6 times higher on moon than that one the earth. How accurate is his claim? Give reason in support of your answer.

An athlete can jump to a maximum height of 4 m on the surface of the Earth. Considering the same initial velocity for jumping, to what heighr can he jump from the surface of the moon? [Take, acceleration due to gravity on earth (gE) as 9.8 ms^(-2) and acceleration due to gravity on the surface of moon as (1)/(6)g_(E) ]

A person can jump to a height of 3 m at the equator of the Earth. Considering the same initial velocity for jumping, to what height can he jump at the poles? The radius of the Earth at the poles and the equator is 6357 km 6378 km, respectively. Given, (6357)/(6378) = 0.9967