Home
Class 9
PHYSICS
The maximum vertical distance through wh...

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.

A

3 m

B

6 m

C

8 m

D

9 m

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Topper's Solved these Questions

  • NSO QUESTION PAPER 2017 SET B

    SCIENCE OLYMPIAD FOUNDATION |Exercise ARCHIEVERS SECTION|2 Videos

  • NSO QUESTION PAPER 2017 SET A

    SCIENCE OLYMPIAD FOUNDATION |Exercise ACHIEVERS SECTION|1 Videos

  • NSO QUESTION PAPER 2018 SET A

    SCIENCE OLYMPIAD FOUNDATION |Exercise ACHIEVERS SECTION|4 Videos

Similar Questions

Explore conceptually related problems

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 an astronaut can jump on the earth is 0.5 m. Estimate the corresponding distance on the moon.

The maximum vertical distance through which a person can jump on the earth (1/2)m. Then the maximum vertical distance through which he can jumb on the moon is [Initial velocity is same is both cases and acceleration due to gravity on the moon is (1//6)^("th") that on the earth]

The maximum vertical distance through which a fully dressed astronaut can jump on the earth is 0.5 m . If mean density of the Moon is two-third that of the earth and radius is one quarter that of the earth, the maximum vertical distance through which he can jump on the Moon and the ratio of the time of duration of the jump on the Moon to hold on the earth are

A grasshopper can jump upto a height h Find the maximum distance through which it can jump along the horizontal ground.

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 person can throw a stone to a maximum height of h meter. The maximum distance to which he can throw the stone is:

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.