If we assume that North is at the top, and you are standing mid-way betwen the equator and the North pole and looking at the sun, then the earth rotates towards your left, i.e. Eastwards.
Looking down on the Earth from high above the North pole, we will see that it spins on its axis counterclockwise(anticlockwise). After a few days we will also notice that it rotates in its orbit around the sun also in a counterclockwise direction.
And the moon? Well, it doesn't rotate on its axis relative to the earth. It always shows the same face to the earth, as it orbits the earth in a ... counterclockwise direction too!
Depends on your reference frame. The earth revolves around the sun, in the same direction that the Earth rotates about it's axis. To give revolution any other form of direction would require a stationary point of observation away from both the sun and earth.
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The Earth rotates from West to East, or counterclockwise as viewed from over the North Pole. Similarly, the Earth revolves around the Sun in same counterclockwise direction (as viewed from over the North Pole). I was interested in this question based on the thought experiment, "what if the Earth stopped rotating?" The direction of the Earth's revolution around the Sun affects what would happen. If you imagined the Earth gradually slowing its rotation, it would reach a point where it was tidally locked with the Sun (i.e., it makes exactly one rotation in one year). This means the same side of the Earth would always face the Sun (just like the Moon and Earth) and the Sun would remain permanently still in the sky for a given point on the Earth. Once the Earth stopped rotating altogether, one day would take a year (6 months of daylight, 6 months of night), but the Sun would appear to rise in the West and set in the East. Thus, over the whole process, the Sun's movement across the sky would gradually slow down, stop, then start moving again the opposite direction.
If the direction of the Earth's revolution around the Sun was opposite its rotation, the same thought experiment would have different results. It would not be possible for Earth to become tidally locked and the Sun would always move in the same direction until the length of a "day" was exactly one year.
Compared to what ? If you're hanging in space above the north pole and
looking down, you see the Earth revolving counterclockwise. And if you're
hanging in space above the south pole looking down, you see it revolving
clockwise.
g force is the force exerted on a body in the opposite direction to which said body is accelerating. if you're on a rollercoaster and your going not too fast and you suddenly change direction and accelerate quickly, you get pushed back into your seat. g force gets its name as 1g is the equivilent of the force of gravity on the earths surface. That's why when individuals experience g forces greater than 1 or 2, they experience a heavy, weighty feeling and do indeed for a brief moment weigh heavier.Sudden Change In Direction
When observing from high to the north, the earth rotates anti-clockwise (counter-clockwise), or toward the east. That's why the sun rises in the east. The earth's orbit or revolution is also anti-clockwise.
What are two ways that's scientists can study earths climates history
Momentum is mass x velocity; velocity has a direction, therefore momentum has a direction.Momentum is mass x velocity; velocity has a direction, therefore momentum has a direction.Momentum is mass x velocity; velocity has a direction, therefore momentum has a direction.Momentum is mass x velocity; velocity has a direction, therefore momentum has a direction.
Friction's direction is always against the direction work is being applied to.
pki sagot nmn? is it rotation?revolution?or grid?need ur ans. pls!!!
no they are not
East to West
Gyres
24 i think.
A year.
Days & Years.
Uranus
True
Seasons
it popps
Rotation and Revolution.