If you could leave the Earth and stand somewhere above the North Pole then you would see the Earth rotating anticlockwise (counter clockwise). If you could stand above the solar system and look down onto the North Pole of the Earth and Sun, you would see the Earth orbiting the Sun anticlockwise (counter clockwise). Mind you, all the people in the Southern Hemisphere would not understand why you are standing above the North Pole, they would quite rightly, expect you to stand above the Southern Pole and rotation would be clockwise.
I'm not sure what "rotate west to east" means. One can travel from West to East but not rotate West to East.
Each point on the surface is heading in an easterly direction. The Sun appears to rise in the east, as you zoom underneath it.
That answer depends on perspective. It moves from west to east.
East and west are determined by the Earth's rotation on its axis from west to east. Specifically, east is the direction toward which the Earth rotates, while west is the opposite direction. This means that east is where the sun rises and west is where it sets.
The earth rotates on its axis from west to east, causing day and night. It also orbits around the sun counterclockwise in an elliptical path.
Anticlockwise. And if it is in the same direction as its orbit, Prograde spin.
The imaginary lines that run around the earth in an east-west direction are lines of latitude or parallels.
Jupiter spins from West to East.
East and west are determined by the Earth's rotation on its axis from west to east. Specifically, east is the direction toward which the Earth rotates, while west is the opposite direction. This means that east is where the sun rises and west is where it sets.
That answer depends on perspective. It moves from west to east.
The Sun rises in one direction (East) and sets in the other direction (West).
From west to east
From east to west
West to East
west to east
west to east
The earth rotates on its axis from west to east, causing day and night. It also orbits around the sun counterclockwise in an elliptical path.
It is because of the spin of the earth
The Moon has no east-west direction with respect to Earth. East-west describes the direction of, or opposite direction of a sphere that is rotating. (Like Earth.) As it turns out, the same side of the Moon always faces the Earth. The phases of the Moon, like full Moon, result from which direction the SUN is from the Moon and Earth.