Value of G on surface of earth is 6 . 673 × 10 - 11 N m 2 / kg 2 , then value of G on surface of Jupiter will be

12 × 6 . 673 × 10 - 11 N m 2 / kg 2

6 . 73 12 × 10 - 11 N m 2 / kg 2

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Earn 100

The value of acceleration due to gravity $g$ on the Earth will be maximum at :

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Important Questions on Gravitation

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Science>Physics>Gravitation>Variation in Value of g

A metal sphere is dipped in water. If at

0 ° C

4 ° C

the buoyancies in water are

β_{1}

and

β_{2}

respectively, then :

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Science>Physics>Gravitation>Variation in Value of g

The weight of a body is

9.8 N

, when

g = 9.8 m s^{- 2}

the mass of the body is

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Science>Physics>Gravitation>Variation in Value of g

The ratio of gravitational acceleration on the surface of Earth and Moon is

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Science>Physics>Gravitation>Variation in Value of g

A simple pendulum has a time period

T_{1}

when on the earth's surface and

T_{2}

when taken to a height R above earth's surface, where R is the radius of the earth.
The value of ratio

\frac{T_{2}}{T_{1}}

will be :

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Science>Physics>Gravitation>Variation in Value of g

The weight of an object on a planet is

0.25

times of its weight on earth. A pendulum clock that ticks once every second on earth is taken to the planet. In that planet the clock would tick once in every.

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Science>Physics>Gravitation>Variation in Value of g

On halved the distance between two masses, the gravitational force between them will be:

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Science>Physics>Gravitation>Variation in Value of g

The weight of the wooden block is

W

. The apparent weight of the body on floating water is

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Science>Physics>Gravitation>Variation in Value of g

Value of $G$ on surface of earth is $6 . 673 \times 10^{- 11} N m^{2} / {kg}^{2}$ , then value of $G$ on surface of Jupiter will be

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Science>Physics>Gravitation>Variation in Value of g

A block floats with its fraction

η_{E}

inside water when immersed in a beaker containing water and kept on the earth. The beaker along with the block is shifted to the surface of the moon. If