Scientists hypothesize that earth formed at the same time as the other planets and the sun, roughly 4.6 billion years ago.
It is said that Earth and a planet named Thea collided and most of Thea became Earth's molten core while the rest of it became what is now our moon.
The moon's average density is about the same as the density of mantle of the Earth.
That's a bit of a nonsense question. The existence of life is consistent with *any* and *every* hypothesis that tries to explain the existence of life, scientific or not. The existence of life is the very thing that the hypothesis is trying to explain, so necessarily the hypothesis assumes it and must therefore be consistent with it. The same goes for the *kind* of life we find on Earth: since any scientific hypothesis must explain the life we find here, such a hypothesis must necessarily be consistent with the life we find.
As long as you're on Earth, you will always see the same side of the moon. This is because the moon is tidally locked with the earth, meaning is rotational period is the same as its revolutionary period. This allows us to always see the same side of the moon, no matter where on earth we are.
The moon's orbital period is the same as its rotational period, so the same side of the moon always faces the earth.
Yes. Everyone on earth for whom the moon is visible sees the same phase at the same time.
There are four main hypothesis for the formation of the moon. ; Fission hypothesis - The Moon broke off from the Earth ; Capture hypothesis - The Moon was captured ; Co-formation hypothesis - The Moon and Earth were created at the same time ; Giant Impact hypothesis - The Moon was created when a Mars sized object (Theia) crashed into the Earth.
Scientists hypothesize that earth formed at the same time as the other planets and the sun, roughly 4.6 billion years ago. It is said that Earth and a planet named Thea collided and most of Thea became Earth's molten core while the rest of it became what is now our moon.
The Moon orbits the Earth. As a result, it rises about 50 minutes later every day.
Scientists hypothesize that earth formed at the same time as the other planets and the sun, roughly 4.6 billion years ago. It is said that Earth and a planet named Thea collided and most of Thea became Earth's molten core while the rest of it became what is now our moon.
Scientists hypothesize that earth formed at the same time as the other planets and the sun, roughly 4.6 billion years ago. It is said that Earth and a planet named Thea collided and most of Thea became Earth's molten core while the rest of it became what is now our moon.
Scientists hypothesize that earth formed at the same time as the other planets and the sun, roughly 4.6 billion years ago. It is said that Earth and a planet named Thea collided and most of Thea became Earth's molten core while the rest of it became what is now our moon.
The moon always shows the same side to the Earth because of a phenomenon called synchronous rotation. This happens because the moon's rotation period is the same as its orbital period around the Earth, causing one side to always face us. This is due to gravitational forces between the Earth and the moon, which have caused the moon's rotation to synchronize with its orbit over time.
The theory was that a large object- about the size of Mars -struck earth. Material from the object and Earth's outer layers was thrown into orbit around Earth. Eventually, this material combined to form the moon.
no the earth is bigger than the moon
The moon's average density is about the same as the density of mantle of the Earth.
All places have the same moon phase because the moon takes 27 days to revolve around the Earth and the Earth takes 24 hours to rotate. The speed of rotation is faster than the moon's revolution making the moon appear unmoving and all parts of Earth having the same moon phase.
That's a bit of a nonsense question. The existence of life is consistent with *any* and *every* hypothesis that tries to explain the existence of life, scientific or not. The existence of life is the very thing that the hypothesis is trying to explain, so necessarily the hypothesis assumes it and must therefore be consistent with it. The same goes for the *kind* of life we find on Earth: since any scientific hypothesis must explain the life we find here, such a hypothesis must necessarily be consistent with the life we find.