How does gravity work on the moon ?

Question

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Answer 1

The only difference is that the acceleration of the brick on the Moon will be smaller than on the Earth.
Gravity is the effect of the Moon to attract (and be attracted by) objects, with mass, through a FORCE. So, the moon exerts a force on the brick (and viceversa).
This force depends upon the masses of the two objects (and the separation as well) but the Moon has a smaller mass, so the force will be smaller and g on the Moon will be smaller as well!

Answer 2

The only difference is that the acceleration of the brick on the Moon will be smaller than on the Earth.
Gravity is the effect of the Moon to attract (and be attracted by) objects, with mass, through a FORCE. So, the moon exerts a force on the brick (and viceversa).
This force depends upon the masses of the two objects (and the separation as well) but the Moon has a smaller mass, so the force will be smaller and g on the Moon will be smaller as well!

How does gravity work on the moon ?

The moon is rotating in a circular orbit or radius $3.85 \times 1 0^{5}$ km. If the time period of the moon is $2.36 \times 1 0^{6}$ S, then calculate the centripetal acceleration of the moon.

Does the moon rotate around Earth?

Who invented gravity?

The radius of the Moon is about one-fourth that of the Earth and acceleration due to gravity on the Moon is about one-sixth that on the Earth. From this we can conclude that the ratio of the mass of Earth in the mass of the Moon is about___________.

The mass of a body on earth is $100 k g$ (acceleration due to gravity $g = 10 m / s^{2}$ ). If acceleration due to gravity on the moon is $\frac{g}{6}$ , then the mass of the body on the moon is _______________.

How does gravity work on the moon ?

The moon is rotating in a circular orbit or radius 3.85×105 km. If the time period of the moon is 2.36×106 S, then calculate the centripetal acceleration of the moon.

Does the moon rotate around Earth?

Who invented gravity?

The radius of the Moon is about one-fourth that of the Earth and acceleration due to gravity on the Moon is about one-sixth that on the Earth. From this we can conclude that the ratio of the mass of Earth in the mass of the Moon is about___________.

The mass of a body on earth is 100kg (acceleration due to gravity g=10m/s2). If acceleration due to gravity on the moon is 6g​, then the mass of the body on the moon is _______________.

The moon is rotating in a circular orbit or radius $3.85 \times 1 0^{5}$ km. If the time period of the moon is $2.36 \times 1 0^{6}$ S, then calculate the centripetal acceleration of the moon.

The mass of a body on earth is $100 k g$ (acceleration due to gravity $g = 10 m / s^{2}$ ). If acceleration due to gravity on the moon is $\frac{g}{6}$ , then the mass of the body on the moon is _______________.