A man can jump `1.5m` on the Earth. Calculate the approximate height he might be able to jump on a planet whose density is one-quarter that of the Earth and whose radius is one-third that of the Earth.

A man can jump 2.0 m high on the earth. Up to what height he can jump on a planet whose density is one quarter that of Earth and radius in one-third of the Earth's radius.

A boy can jump 1m high on the earth's surface. What is the height he will be able to jump on a planet whose density is half of earth's density and radius is one-fourth's radius ?

A man can jump 1.5m high on earth. He can jump on a planet to a height of 3 xx x metre. The density of planet is one quarter that of the earth and whose radius is one third of the earth. What is the value of x ?

A high jumper can jump 2.0 m on the earth With the same effort how high will be able to jump on a planet whose density is one-third and radius one-fourth those of the earth?

The maximum vertical distance through which a fully dressed astronaut can jump on the earth is 0.7 m. Estimate the maximum vertical distance through which she can jump on a planet, which has a mean density (5/9) times that of the earth and radius one quarter that of the earth.

The maximum vertical distance through which a full dressed astronaut can jump on the earth is 0.5m. Estimate the maximum vertical distance through which he can jump on the motion, which has a mean density 2/3 rd that of the earth and radius one-quarter that of the earth.

The time period of a seconds pendulum on a planet, whose mass is twice that of the earth and radius is equal to the diameter of the earth, will be