West to East, actually. The Sun is considered to be standing still (although our entire Solar System is moving as the galaxy spins) while the Earth is turning. We _see_ the Sun rising in the East - which means the Earth is turning TOWARD the east.
It isn't from "west to east," it is currently referenced as "east to west." This is because early successful cartographers were from the northern hemisphere. If they had been from the southern hemisphere, and the South Pole had been designated "top," the conventional rotation of the earth would then have been from what we now call West to what we now call East (although the actual rotational direction would have been exactly the same).
This question is not a question, but I'll offer an answer anyway:
The Earth's rotation carries any point on its surface from the west toward the east.
Viewed from a point in space far above the north pole, anticlockwise. Viiewed from a point on the equator, with the sun above you, westwardly.
. . . then everything we see in the sky appears to move from east to west.
Yes, from west to east. Just remember that the Sun isn't really moving, and the APPEARANCE of the Sun rising in the east is because the Earth spins that way like an enormous carousel.
west to east
West to East
CLOCKWISE
The Earth rotates in an anticlockwise (counterclockwise) direction when viewed from above the north pole.The Earth rotates counterclockwise (anticlockwise) if looked 'down' from above, from over the north pole.Every point on Earth rotates from west to east (except the poles,since there's no east or west at them).
Yes. As the earth rotates from east to west, the pull of the gravity of the moon (which causes tides), moves across the earth from east to west.
Its all relative to your point of reference... The earth rotates from west to east about its axis, or counter-clockwise looking down from a point in space above the north pole. You are standing on the earth, so you are also moving from west to east. You look up at the sun or stars, and they appear to move from east to west. Do this experiment... Stand still and look at some object in front of you. Pretend you are the earth and your head is the north pole. Turn slowly to your left (west to east) and you will notice that the object seems to move to your right (east to west).
Venus is an inferior planet i.e.its orbit is inside the earth's orbit. It does not have a moon It rotates from east to west. Jupiter is a superior planet i.e.its orbit is outside the earth's orbit. It has 63 moons. It rotates from west to east.
The Earth rotates, not the stars, so unless the Earth starts spinning backwards, no.
That is because the Earth rotates from West to East.That is because the Earth rotates from West to East.That is because the Earth rotates from West to East.That is because the Earth rotates from West to East.
The earth rotates on its axis from west to east.
the earth ? on its axis from west to east ?
The earth rotates from west to east on its own axis.
because the earth rotates from west to east
Because the Earth rotates west to east.
To the East, as the earth rotates from West to East.
No, the earth rotates west to east. As a result objects like the sun appear to move from east to west.
Earth rotates from west to east.
West to East
because the majority of the solar system rotates the same way. conservation of angular momentum.
Because our earth rotates from west to east