tidal waves
jay from sjv
No. The mass of a planet affects the number of moons it has. More massive planets tend to have more moons.
Yes. The massive giant planets have far more moons than the less massive terrestrial planets.
In our solar system, at least, the planet with the greatest mass does happen to be the one with the most known moons. But I think the cause and effect work the other way. It's not the moons that give the planet strong gravity. It's the strong gravity of the planet that captures a bunch of moons.
The moon's gravitational pull is the source of a renewable energy source. The moon controls the tides, that is where we get tidal energy. We often convert this into electricity.
Answer: Pluto has 3 moons Neptune has 13 moons (some websites say it only has 8 moons) Uranus has 27 moons (some websites say it has 15 moons, 58, moons or 21 moons) Saturn has 47 moons (some websites say it has 18 moons, 30 moons or 61 moons) Jupiter has 63 moons (some websites say it has 16 moons, 28 moons or 60 moons) Mars has 2 moons Earth has 1 moon Venus has 0 moons Mercury has 0 moons
The moons gravitational pull on the earth lifts the Earth's oceans causing the ebb and flow of the tides.
The oceans
Europa has frozen oceans.
7,566 moons
No. The mass of a planet affects the number of moons it has. More massive planets tend to have more moons.
The moon, being so close to us, has a gravitational pull on the oceans. So without the moon, the oceans may have risen up and killed us all
The moons gravitational pull is what causes tides.
The sun has no moons. Moons are natural satellites of a planet. The equivalent structure for suns is planets themselves.
Yes. The massive giant planets have far more moons than the less massive terrestrial planets.
The moons gravity 'pulls' the earths water creating a 'tide.'
Yes. Ganymede gets sunlight and is warmed on the inside by tidal energy from Jupiter and the other Galilean moons.
The moons mass in general causes the tides. Mass has gravity, and the moon is massive enough for its gravity to pull noticeably on the oceans.