The moon appears close to us because it orbits Earth at an average distance of about 238,855 miles (384,400 kilometers). This proximity allows us to see the moon's surface details with the naked eye, making it look closer than it actually is in space.
The Moon is close to Earth because it was formed from debris left over after a giant impact between Earth and a Mars-sized body early in the solar system's history. The resulting debris eventually coalesced to form the Moon, orbiting close to Earth due to gravitational forces.
It really does not, but it is close to a month. The moon always faces the same way to the earth as it goes around the earth. So the Moon day is the same as its orbit around the Earth, Roughly 29 days.
The gravitational pull of the earth and the gravitation of the moon both contribute to make the moon orbit Earth. In a similar fashion, Earth orbits around the sun due to gravitational pull.
Obviously, every planet. Every planet has its own moon. If you are talking about the moon we see at night, that moon is the moon orbiting Earth. So Earth is the closest to Earth's moon, Jupiter is closest to Jupiter's moon, and so forth.
The moon appears close to us because it orbits Earth at an average distance of about 238,855 miles (384,400 kilometers). This proximity allows us to see the moon's surface details with the naked eye, making it look closer than it actually is in space.
It was not especially close; the perigee distance is 363,104 km. The Moon orbits the Earth in an elliptical path, and it comes that close to Earth every month. But the orbital cycle isn't on the same schedule as the phases of the Moon. The Moon happens to be exactly full at the very same time as the Moon reaches perigee only once every 28 years or so.
The Moon is close to Earth because it was formed from debris left over after a giant impact between Earth and a Mars-sized body early in the solar system's history. The resulting debris eventually coalesced to form the Moon, orbiting close to Earth due to gravitational forces.
It is because the moon is many miles away from the Earth.
There was nothing all that special about the "super moon"; the Moon gets that close to Earth EVERY month. The catch is that when the Moon is closest to the Earth - perigee - is rarely precisely at the time of the full moon. That combination of a full moon just at perigee only happens every 28 years or so.
Well, I don't think it is, considering we are revolving the SUN not the MOON. :) Although the Moon does have significant effects on the Earth because the Moon is such a large object so close the to Earth.
I'm not so sure that it always does, but anyway, if it does, it's an optical illusion.
Well, I don't think it is, considering we are revolving the SUN not the MOON. :) Although the Moon does have significant effects on the Earth because the Moon is such a large object so close the to Earth.
At a "new" moon, the Moon is almost directly between the Sun and the Moon, so that the lit side of the Moon is facing toward the Sun, not the Earth, and the Moon is very close to the Sun in the sky, and it is difficult to see in the glare. I say "almost directly" because if the Moon were directly between the Sun and the Earth, there would be a solar eclipse. But because the Moon's orbit around the Earth is at an angle to the Earth's orbit around the Moon, the lineup is only close enough for an eclipse about every 6 months or so.
No. Because it is so close to Earth, objects cannot establish lunar orbits that are stable in the long term.
because the moon is close to the earth, earth's gravity is more powerful ! so that why it is near to us.
It really does not, but it is close to a month. The moon always faces the same way to the earth as it goes around the earth. So the Moon day is the same as its orbit around the Earth, Roughly 29 days.