So that we can understand what kind of an impact it has on earth, like how it effects the tide.
The Earth is to the Moon as a planet is to its moon. So, if we're talking about a satellite orbiting a planet, then the planet would be analogous to the Earth, and the satellite would be analogous to the Moon.
It was the first time that man was trying to leave the planet earth and try to land on the moon, so it was a big attempt to land on the moon.
The moon is revolving around Earth, so sometimes the Moon is between the Sun and Earth and Earth is between the moon and sun.
(Sun) (earth) (full moon) so the moon is behind the earth in a full moon.
So that we can understand what kind of an impact it has on earth, like how it effects the tide.
The Earth is to the Moon as a planet is to its moon. So, if we're talking about a satellite orbiting a planet, then the planet would be analogous to the Earth, and the satellite would be analogous to the Moon.
The moon because the earth bulges at he equator so its like a disk, so the moon is rounder
It was the first time that man was trying to leave the planet earth and try to land on the moon, so it was a big attempt to land on the moon.
because the gravity of the moon helps control the tide of the earth, if the moon did not revolve around the earth only 1 area can have high tide and another low tide so it balances how the tide works
moon is the most important causing the seasons on earth.
The moon is revolving around Earth, so sometimes the Moon is between the Sun and Earth and Earth is between the moon and sun.
(Sun) (earth) (full moon) so the moon is behind the earth in a full moon.
The Earth has only one moon so the Earth's moon name is Moon, The Moon or it can be the Latin name "Luna".
Rocks were brought back to the Earth from the various Moon landings the Americans undertook. No other rocks from the Moon are on Earth. The Moon was formed from the Earth - so, if anything, there are Earth rocks on the Moon.
The moon orbits the earth by gravitational pull. Every object is attracted to one another by gravity, and the more mass an object has, the greater the gravity, so the Earth pulls on the Moon, and the Moon pulls on the Earth (gravitationally, that is), so the Moon orbits the Earth. The only reason why the Moon doesn't crash into the Earth is because the Moon's velocity is pointed away from earth, so the moon and Earth are in a constant state of gravitational pulling, and the moon orbits the earth for that reason.it goes in a circle
The Earth's rotation is not dependent on the Moon; without the Moon, the Earth would still rotate. However, the Moon's gravitation gradually slows down Earth's rotation, so without the Moon, it is possible that Earth would now be rotating faster.The Earth's rotation is not dependent on the Moon; without the Moon, the Earth would still rotate. However, the Moon's gravitation gradually slows down Earth's rotation, so without the Moon, it is possible that Earth would now be rotating faster.The Earth's rotation is not dependent on the Moon; without the Moon, the Earth would still rotate. However, the Moon's gravitation gradually slows down Earth's rotation, so without the Moon, it is possible that Earth would now be rotating faster.The Earth's rotation is not dependent on the Moon; without the Moon, the Earth would still rotate. However, the Moon's gravitation gradually slows down Earth's rotation, so without the Moon, it is possible that Earth would now be rotating faster.