in counter-clock wise direction
The Earth rotates from west to east. This means that when looking down at the North Pole, the Earth is spinning counterclockwise.
A compass is a free-spinning magnet that will align itself to be parallel to the Earth's magnetic field lines. Since the Earth's magnetic poles are located relatively close to its geographic poles, a compass pointing to Earth's magnetic north pole also indicates the general direction of Earth's geographic north pole.
The Earth rotates counterclockwise when viewed from above the North Pole. This rotation is a result of the planet's initial spin when it was formed billions of years ago. The rotation of the Earth causes day and night as different parts of the planet face the Sun.
Counter-clockwise, as viewed from the north star. It moves to the direction from west to east
Every point on Earth rotates from west to east. If you hang suspended over the north pole looking down at it, you see the Earth rotating counterclockwise (from right to left). If you hang suspended over the south pole looking down at it, you see the Earth rotating clockwise (from left to right).
When looking from the north of earth it seems to rotate counter-clockwise.
From above the North Pole, the Earth rotates anti-clockwise, or right to left.
The Earth rotates towards the east. As viewed from the North Star, Polaris, the Earth turns anti clockwise
If you "stand" above the North Pole and look down it will appear to turn anti-clockwise. Looking at it from above the equator, it appears to turn from left to right.If you were hanging up above the north pole, looking down at the earth, you would seethe earth spinning counterclockwise, right to left, west to east.
The Earth rotates towards the east. Or, if you were looking down on it from above the North Pole, it would rotate counter-clockwise.
In our solar system, most planets rotate counter-clockwise as seen looking down on their north poles (north poles as defined by the International Astronomical Union). They all orbit the Sun in this same direction. On Earth this is noticeable in the direction the Sun moves through the daytime sky. As the Earth rotates on its axis, the Sun seems to rise in the east and set in the west. Venus is a notable exception. It rotates in the opposite, clockwise, direction. Uranus is titled "sideways", with its axis almost in line with its orbital plane. However it does rotate in the same direction as Venus, just about.
Most of the planets in our solar system rotate on their axis from west to east; i.e., counter-clockwise as seen by an observer looking down from high above the Earth's north pole. Hence an observer near the equator of the earth, for example, would see the sun rise in the east, and later set in the west. This is the same direction in which they orbit the sun. The exceptions are Venus which rotates the opposite direction, and Uranus which rotates almost "on its side" (axis tilt of about 90 degrees).
i think that earth rotates because the south and the north pole are making the earth rotate
That means that if you observe from the north, it would rotate counterclockwise - the direction opposite of the rotation of a clock's hands.
It is anticlockwise (or counterclockwise), moving in the direction opposite to the hands of an ordinary clock. Most planets and moons (earth and its moon included) rotate in this direction as well.
Viewed from a vantage point above the north poles of both the Sun and the Earth, the Earth orbits in a counterclockwise direction about the Sun. Similarly the Moon orbits the Earth in a counterclockwise direction. From the same vantage point, the Earth, Moon and Sun also rotate on their axes of spin in a counterclockwise direction.
the direction of the earths rotation is right The direction of the earth's rotation is East. There are many other answers depending on the position and orientation of the observer relative to the earth. For example, if the observer is facing the globe from a position above the north pole, the rotation appears to be counter-clockwise. If the observer is facing the globe from a position above the south pole, the rotation appears to be clockwise. If the observer is facing the globe from a position above the equator, the rotation appears to be to the right if the observer is oriented so that North is "up" and south is "down". However, if the observer is "upside down"(a northern hemisphere bias), the rotation appears to be to the left.