The greater a planet's mass, the stronger its gravitational pull on a moon. This leads to a larger gravitational tension force between the two objects.
Yes, the gravitational tension force between a moon and a planet is inversely proportional to the square of their distance. This means that the further apart the objects are, the weaker the gravitational tension force between them.
Yes, gravitational tension forces can cause changes in the orbit of a moon around a planet. If the gravitational tension force is too strong, it can pull the moon closer to the planet and change its orbit. This is known as orbital decay.
The size of a moon does not affect the gravitational tension force between it and a planet. The force is solely determined by the masses of the two objects and the distance between them.
Yes, gravitational tension forces between a moon and a planet can create tidal effects. These effects are caused by the difference in gravitational pull on different parts of the moon, leading to a stretching and squeezing of the moon's surface. This can also cause changes in the moon's rotation.