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Mars revolves at about 24 m/s whereas it rotates at about 241 m/s So Mars rotates faster that it revolves.
When moon rotates faster... Nobody can answer this, it's not asking anything.
One of Venus's great mysteries is that its atmosphere rotates some 60 times faster than its core.
A planets rotation speed stays pretty much as it is. A faster rotating gas planet (or any planet for that matter) will become squashed or flattened (an oblate spheroid). So the diameter accross the equator will be bigger than the pole to pole diameter.
It is affected by differential rotation. The Sun is not solid and it rotates faster at its equator than at its poles.
Mars revolves at about 24 m/s whereas it rotates at about 241 m/s So Mars rotates faster that it revolves.
They don't... An inner planet such as Mercury has an orbital speed of 107,00 MPH when compared to the outer most "planet" Pluto which rotates at 10,500 MPH. The gravitational restraints of the sun is greater on the inner planets than the outer allowing them to rotate faster without flying off into space. It's simple physics, the concepts of Centrifugal Force.
When moon rotates faster... Nobody can answer this, it's not asking anything.
Yes. The planet Jupiter rotates once in about 11 hours.
Travelling faster than the speed of light is not possible, therefore no galaxies have travelled or are travelling faster than the speed of light.
No. Yeager has travelled faster than sound, but no one has travelled faster than light yet
One of Venus's great mysteries is that its atmosphere rotates some 60 times faster than its core.
A planets rotation speed stays pretty much as it is. A faster rotating gas planet (or any planet for that matter) will become squashed or flattened (an oblate spheroid). So the diameter accross the equator will be bigger than the pole to pole diameter.
It is affected by differential rotation. The Sun is not solid and it rotates faster at its equator than at its poles.
The planet is Jupiter. It rotates in just 10 hours.
The inner planets travel faster around the Sun because they are closer, while the outer planets take more time. The outer planets spin faster on their axis than the inner planets.
the gasses travel faster than the light. but why. the gasses are not rockyb