The Earth rotates towards the east. If you were to travel to a point directly above the north pole and look down, it would appear to be rotating counter-clockwise.
If you were in space, hovering high above the north pole, looking down upon Earth, you would observe the earth revolving about its axis (rotating) in counter-clockwise direction. The moon orbits the earth also in a counter-clockwise direction, and once each orbit, the moon revolves around its own axis, also in a counter-clockwise direction.
no, it's the Earth that is constantly rotating around the Sun
Nothing will happen because of the gravity
Since Earth's surface is rotating toward the east, "fixed" celestial bodies appear to be moving toward the west.
In general the sun appears to rise from an easterly diection. Obviously because of the tilt of the Earth the exact direction appears slightly different everyday of the year and the location at which the person stands on the Earth. On two days of the year, the Equinoxes, the sun appears to rise in the East and set on the West for everybody.
No, the Earth is not rotating backwards. It rotates on its axis in a consistent direction from west to east, which is counterclockwise when viewed from above the North Pole.
The season progression would reverse.
Because at that time the earth is rotating and sun change his direction
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.
rotation of the Earth. The pendulum's motion is not actually changing direction; instead, it is the observer's reference frame that is rotating along with the Earth, creating the illusion of the pendulum's changing direction. This phenomenon demonstrates the Earth's rotation.
It doesn't change direction; there is no force on it (perpendicular to the plane in which it swings) that would cause it to do so. It APPEARS to change direction relative to the Earth, but the Earth is a rotating frame of reference. If you watch the pendulum from a frame of reference above the Earth and the pendulum, you would see that it swings back and forth in its plane of oscillation. See the famous movie FRAMES of REFERENCE, with Professors Hume and Ivey, made in 1959, to see an excellent demonstration of this. Using a rotating frame, they show that a camera in the rotating frame appears to show the pendulum changing direction. Using a camera above the rotating frame, fixed to the floor, they show the pendulum never changes direction; only the frame rotates. . It swings back and forth in the same plane. There is no force on it to make it change
No it does not. Since the Earth is constantly spinning, and also rotating around the sun, the earth will point in all 360 degrees.
The Coriolis effect is the appearance of objects to change direction when they are viewed in a rotating field. As the Earth is constantly rotating, this causes moving objects to move clockwise in the Northern Hemisphere and counterclockwise in the Southern.
The day/night cycle results from the Earth rotating.
An object, once rotating, tends to maintain the direction of its rotational axis in space.
If you were in space, hovering high above the north pole, looking down upon Earth, you would observe the earth revolving about its axis (rotating) in counter-clockwise direction. The moon orbits the earth also in a counter-clockwise direction, and once each orbit, the moon revolves around its own axis, also in a counter-clockwise direction.
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).