Since you're standing on the Earth, you'll see exactly the same thing any time
you look down between your feet or anywhere around you, no matter where
on Earth you're standing.
If you want to see the Earth spinning, you have to look at something that's
not ON the Earth. Fortunately, there are a huge number of those available
to you, any time you can see the sun or other stars. Just watch any of those,
and sure enough, you'll see them seem to spin around the sky, as you and
the Earth spin under it.
Counter-clockwise. in fact, almost everything that is rotating has a general CCW direction as seen from high above the North Pole. The Sun rotates that way; all the planets orbit that way, and most of the asteroids and smaller solar-system bodies orbit that way. Of the 8 planets, 6 rotate CCW, and Venus rotates clockwise but VERY slowly.
We expect that when we reach other star systems, we would expect to find that the more of them will rotate CCW than CW, because the galaxy as a whole rotates CCW.
If you're looking down on the earth from above the North Pole, Earth will be rotating counter-clockwise. Which is the natural rotation of the Earth.
Clockwise (west to east), though the Earth is on a 23.45o angle.
Counterclockwise. The sun sets in the west, meaning the earth rotates in an easterly direction.
The rotation would be clockwise.
west and east
Anti-clockwise.
Both Venus and Uranus have a retrograde axial spin, they rotate clockwise when viewed from above their north pole. All of the other planets rotate anticlockwise (counter clockwise).
Jupiter spins counter clockwise. To be exact, it spins counterclockwise when viewed from above the north pole. That's the same direction of spin as most of the planets, including Earth.
Venus rotates clockwise, when viewed from above the Earth's North Pole.
There is no such planet. They all move counterclockwise (when viewed from above the Earth's north pole, which is the usual definition).
All planets in our solar system except for Venus and Uranus rotate counter-clockwise as viewed from above the North Pole. Another way to say this, is that Saturn moves from west to east. This is also the same direction in which every planet orbits the sun.
It depends on your view point. Looking at the solar system from above our north pole, the sun and all of the planets rotate/orbit counter clockwise (or 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.
Both Venus and Uranus have a retrograde axial spin, they rotate clockwise when viewed from above their north pole. All of the other planets rotate anticlockwise (counter clockwise).
Jupiter spins counter clockwise. To be exact, it spins counterclockwise when viewed from above the north pole. That's the same direction of spin as most of the planets, including Earth.
Venus rotates clockwise, when viewed from above the Earth's North Pole.
There is no such planet. They all move counterclockwise (when viewed from above the Earth's north pole, which is the usual definition).
Yes, assuming you are looking down at it from above its north pole. Because clockwise and counterclockwise are dependent on where you're looking from, astronomers prefer the terms prograde and retrograde. Jupiter's revolution is prograde.
Any planet, moon or object that rotates in the opposite to us (Well we have to have a common denominator) is said to be in retrograde rotation (or retrograde motion) But most objects in the solar system appear to spin counterclockwise when viewed from above the north pole, so this is normal rotation, not retrograde.
All planets in our solar system except for Venus and Uranus rotate counter-clockwise as viewed from above the North Pole. Another way to say this, is that Saturn moves from west to east. This is also the same direction in which every planet orbits the sun.
Most of the planets in our solar system spin anticlockwise (counterclockwise) when viewed from above the north pole, but Uranus and Venus are exceptions - they spin clockwise on their axis.
All of the planets in our solar system orbit the sun in the same direction, but at varying speeds depending on distance from the sun. If looked at from above the earths north pole, they would go counter clockwise.
Every planet except Venus and Uranus in our solar system rotates counterclockwise as viewed from above the North Pole of the planet. Venus has a slow clockwise rotation and Uranus rotates on its side.