Rotation speeds are given in terms of angular units per time, not in terms of distance per unit time (eg km/h) which do not make sense unless a radius is given - the larger the radius, the more distance is covered by the same angle.
Uranus rotates once every 17 hours, 14 minutes, 24 seconds giving it an angular velocity of about 20.88 degrees/hour.
With an equatorial radius of about 25,559 km, the equator travels at about 9,320 km/h around the axis of spin.
The pole with a radius of 0 km travels at 0 km/h around its axis - it just rotates on the spot!
Name of Distance from Time takenplanet Sun(approx.) to rotate andrevolve respectively(approx.)Mercury 58 million km 58 earth days; 88 earth days Venus 108 million km 243 earth days; 224 earth daysEarth 149 million km 24 hrs; 365 earth daysMars 228 million km 24.6 hrs; 687 earth daysJupiter 778 million km 9.84 hrs; 12 earth yrsSaturn 1427 million km 10.2 hrs; 29 earth yrsUranus 2870 million km 17.9 hrs; 84 earth yrsNeptune 4496 million km 19.1 hrs; 164 earth yrs
The Mercury Year (time to revolve around the Sun) is 3/2 the Mercury day (time to revolve once on its own axis relative to the distant stars) Mercury orbital period about 87,97 Earth days Sidereal day (relative to the stars) 58,7 earth days.
because the mercury is the fastest to revolve around the sun than any other
The Sun doesn't revolve around Mercury, Mercury revolves around the Sun. For Mercury to revolve around the Sun, it takes 88 Earth days.
About 29.43 Earth years or about 10,750 Earth days. By the way, assume that an Earth year = 365.256 Earth days. Saturn's average orbital speed around the Sun is 9.69 kilometers per second.
88 days to revolve and to rotate on its axis 56.8 days
It takes 88 days for Mercury to revolve around the sun (Orbital Period). It takes 58.6 days for Mercury to rotate on its axis (Sidereal day). It travels at 29.8 miles (47.8 km) a second.
Mercury. It takes 87.970 Earth days to revolve once around the Sun.
In about 9 hours 50 minutes, Jupiter rotates once. I think that's what you meant. Astronomers use "rotate" not "revolve" for the spin of a planet.
Actually,as the planet Revolve and Rotate the path is an orbit....^_^
Yes, an asteroid revolve the sun but not necessary rotate.
Yes, all the planets in our solar system revolve and rotate.
Yes, an asteroid revolve the sun but not necessary rotate.
It take 1 570 000 million for mercury to revolve around the sun.
Jupiter rotates counterclockwise on its axis, like most other planets in our solar system. Its revolution around the Sun is also counterclockwise when viewed from above the Earth's northern hemisphere.
rotate - to revolve round a centre or axis
Because it takes almost the same time to rotate once on its axis, as it takes to revolve once around the sun.