The Earth normally rotates anticlockwise as seen from the north. If you mean 'if the Earth rotates the opposite way', then its position in January (relative to the Sun) could be the same. The four seasons would also be roughly the same.
because of the way the moon looks to us
Earth's aphelion position occurs approximately six months after its perihelion position. Perihelion, when Earth is closest to the Sun, typically occurs around early January, while aphelion, when Earth is farthest from the Sun, usually takes place in early July. This timing is a result of Earth's elliptical orbit around the Sun.
The moon rotates on its axis in the same direction it orbits the Earth, which is counterclockwise when viewed from above the Earth's North Pole. This is known as prograde rotation.
Clockwise .
Earth's rotation is towards the east making it couter-clockwise.
3rd
The sun rises in the east due to the stationary position of the sun, and the relative position of the Earth. If the Earth's axis is considered up, then, when looking down at the North Pole, the Earth is spinning counter-clockwise.
Stand at the South Pole, and look down at the ground beneath your feet.
The moon moves counter-clockwise around the earh
' Perihelion '. In 2010, the earth reached this point in its orbit on January 3.
On January 3 each year, the Earth is at perihelion, which is the closest position to the sun during its entire orbit.
it doesnt.it revolves clockwise.
Earth turns clockwise yet venus turns counter clockwise
No.
Well the earth spins counter clockwise on its axis.
False. Earth is actually closest to the sun in early January, a position known as perihelion.
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.