You probably mean 'rotate'. If a 'planet' is not revolving (orbiting) then it cannot be a planet and would eventually crash into its star. There is no problem if a planet is not rotating on its axis, but you will need to carefully define what kind of rotation you mean. If a planet has no sidereal rotation (a situation that would be unlikely if not impossible) then from the perspective of the sun it orbits, it will have the apparentrotation of once per orbit. If the planet is tidally locked with its sun (a more likely scenario) then from the sun's perspective there is no rotation, but there is one sidereal rotation per orbit. A body orbiting a sun or other body will 'rotate' in one way or the other.
Yes, all of the planets rotate around the sun, in the same direction but at different speeds and time periods. well planets rotate on their own axis, the correct term would be revolve. The planets revolve around the sun
They revolve around planets.
Yes, all the planets in our solar system revolve and rotate.
Please kindly note planets revolve round the sun only.
All planets revolve around the Sun.
No all planets revolve around the nearest star. In our case, the sun.
Johannes Kepler stated that the planets revolve around the sun in an ellipse.
The Sun.
They revolve.
From the perspective of looking downward at the plane of the ecliptic where North is up, the planets revolve counterclockwise.
Planets revolve around the sun.
no, all the planets revolve AROUND the sun.