'Counter-clockwise' requires a reference point such that we can determine which side of the galactic plane one is on to look at the direction of spin. That said, the planets do all orbit in the same direction.
Additionally, Venus, Uranus and the Plutoid all spin in different directions than the other planets, which spin the same way as their orbits. Venus spins in the exact opposite direction (retrograde), Uranus has its axis of spin on the galactic plane, and the Plutoid's axis is inclined 123 degrees to its plane of orbit, making its spin retrograde as well.
There are two planets that rotate clockwise, i.e. with retrograde motion; Venus and Uranus.
All the planets in the solar system orbit in the same direction, counter-clockwise.
clockwise
anti clockwise or clockwise - it depends - in North America its clockwise but in the UK it is anti clockwise
Yes, retrograde motion is often considered an optical illusion. It occurs when one planet appears to move backward in its orbit as observed from Earth, due to differences in the orbital speeds of the planets. This apparent reversal is a perspective effect rather than an actual change in the planet's motion. Hence, while it seems like the planet is moving in reverse, it is simply a result of our viewpoint.
Retrograde motion is the optical illusion where a celestial object appears to move backwards in its orbit relative to the background stars. This phenomenon occurs when Earth, or another planet, passes another in its orbit, causing the perceived motion of the planet to briefly change direction. It is an apparent change in the planet's motion and not an actual change in its orbit.
It's the only known planet that spins clockwise (backwards)
There are two planets that rotate clockwise, i.e. with retrograde motion; Venus and Uranus.
The "apparent" reverse or backwards motion of a planet as observed from Earth. The innermost planets appear to have a retrograde motion when viewed from Earth.
From the perspective of Earth, the phenomenon of a planet appearing to move backwards in its orbit is known as retrograde motion. Specifically, Mars, Jupiter, Saturn, Uranus, and Neptune can each experience retrograde motion at different times due to the varying speeds of their orbits relative to Earth.
This motion is called retrograde motion. It occurs when a planet's motion in its orbit appears to reverse due to differences in orbital speeds and distances from Earth.
The term "retrograde motion" means that a satellite (moon) moves in the opposite direction from what would be expected or common. A retrograde orbit is one opposite the rotation of the planet being orbited. This is the case with satellites of Jupiter and Saturn that are likely captured asteroids. The planet Venus exhibits retrograde rotation because it spins very slowly in a clockwise direction (as seen from above). The dwarf planet Pluto likewise rotates clockwise. All other planets display counter-clockwise rotations, and all planets orbit the Sun counter-clockwise. (The planet Uranus is tilted on its side, and could be considered retrograde as well.)
Direct motion is the motion of planetary body in a direction similar to that of other bodies within its system, and is sometimes called prograde motion. Retrograde motionis motion in the opposite direction.
The celestial object that appears to move backwards among the stars is a planet in retrograde motion. This happens when a faster-moving planet "laps" a slower-moving outer planet from the viewpoint of Earth, causing it to look like it is moving backwards relative to the fixed stars in the sky.
planet does not rotate in contour clockwise
A retrograde motion of an OUTER planet happens when Earths orbit catches up with and overtakes the planet as Earth orbits the Sun. For Jupiter it is observed to be in retrograde (moving backwards as measured against the fixed stars) motion for 121 days a year. NOTE Jupiter is not actually moving backwards, it just appears to.
Prograde motion is a counter-clockwise motion or west to east, retrograde motion is clockwise motion or east to west.