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NO !!! However, it will affect the movement of the Earth in space and the movement of the Moon. This is because of their own gravitational attraction and their positions relative to each other and Earth.
They are in a line with Earth in the middle.
no they don't
it applies to the earth and moon because their two objects in the universe that attract each other.
because while they are within the suns gravitational field they are both being affected with the same pull so it would not cause them to crash into each other because they are orbiting in a separate system. The Earth and Moon are both orbiting the center of mass of the Earth-Moon system. In slightly simplified terms the Moon orbits the Earth. That orbit is stable, so they keep their distance from each other. The Earth-Moon system then orbits the Sun.
The Earth affecting us is one side of the question. Humans affecting each other is another side. Humans affecting each other due to the Earth is also another subject. We are affected by the Earth, by the Moon, by the Sun, and all of us affect each other by human reasons and by the Solar system reasons, and finally by the Universe reasons.
NO !!! However, it will affect the movement of the Earth in space and the movement of the Moon. This is because of their own gravitational attraction and their positions relative to each other and Earth.
The Moon doesn't significantly affect weather on Earth, and weather on Earth doesn't affect the Moon at all.
They are in a line with Earth in the middle.
each other
The moon circles around the earth; the earth circles around the sun.
they both have one moon
The moon orbits the Earth due to the gravitational pull the two bodies have on each other.
they affect each other, as well as orbiting the sun as a unit , they pirouette around a common centre of gravity located between them
because the moon has an orbit that goes around the earth which is a path that the moon takes so it will not bump into any other planets
The moon's rotation has no affect on the earth because the moon always faces its "near" side toward the earth. In the far distant past, the effect of the earth's presence slowed the moon's rotation until the present state was reached. The moon likewise slows the earth's rotation, but only by a tiny bit each century because the moon is so much smaller than the earth.
Proximity to the Sun