Question

2 sifferences between acceleration due to gravity and gravitational constant

Answer 1

ACCELERATION DUE TO GRAVITY
*force that attracts an object towards the surface of the earth
*represented by the letter ‘g’
*its value is 9.8 m/s^2

GRAVITATINAL CONSTANT
*constant of proportionality
*represented by the letter ‘G’
*It’s value is 6.673 * 10^-11

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Answer 2

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The universal gravitational constant is represented by G and acceleration due to gravity is represented by g.

G is constant or same everywhere in the universe but g varies for example g at earth is 6 times larger than g at moon.

Answer 3

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The universal gravitational constant is represented by G and acceleration due to gravity is represented by g.

G is constant or same everywhere in the universe but g varies for example g at earth is 6 times larger than g at moon.

Answer 4

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The universal gravitational constant is represented by G and acceleration due to gravity is represented by g.

G is constant or same everywhere in the universe but g varies for example g at earth is 6 times larger than g at moon.

Answer 5

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The universal gravitational constant is represented by G and acceleration due to gravity is represented by g.

G is constant or same everywhere in the universe but g varies for example g at earth is 6 times larger than g at moon.