If you looked from the "top" it would be clockwise, but then if you looked from the bottom it would be counter-clockwise (anti-clockwise). Since there is no "top" or "bottom", there is no direction except "around".
The planets in our solar system all travel in the same direction around the Sun due to the way our solar system formed from a rotating disk of gas and dust. This rotation set the initial direction of the planets' orbits, resulting in them all moving in the same counterclockwise direction when viewed from above the solar system.
Some eccentricities of the planets in our solar system include Venus rotating in the opposite direction, Uranus rotating on its side, and Jupiter having a giant red spot storm.
solar system
The Geocentric solar system; now defunct as a viable option.
The fastest rotating body in the solar system is the star, Regulus. It has an equatorial rotational velocity of about 288 km/s.
its rotating and rounding
its rotating and rounding
The Sun rotates on its axis in a counterclockwise direction when viewed from the North Pole. This means that if you were looking down on the solar system from above the Sun's North Pole, it would appear to be rotating in a counterclockwise direction.
Jupiter is the fastest rotating planet int he solar system.
It is collectively known as the solar system.
No they are different, the universe refers the whole of space, plants ,stars, solar system galaxy..., where as the solar system is the name we give a single star with planets revolving around it.
I think the question meant to ask "fastest rotating", not fastest "revolving".The fastest rotating plant in the Solar System is Jupiter, at 9 hours 50 minutes for each rotation. Since it is also the largest planet, at an equatorial diameter of 142,800 kilometers, that means that its equatorial velocity is 91,000 kilometers per hour, or about 57,000 miles per hour.