Jupiter is the fastest spinning planet in our solar system rotating on average once in just under 10 hours.That is very fast especially considering how large Jupiter is. This means that Jupiter has the shortest days of all the planets in the solar system. Since Jupiter is a gas planet, it does not rotate as a solid sphere. Jupiter's equator rotates a bit faster than its polar regions at a speed of 28,273 miles/hour (about 43,000 kilometers an hour).Jupiter's day varies from 9 hours and 56 minutes around the poles to 9 hours and 50 minutes close to the equator.
Jupiter has the fastest rotational speed of any planet in our solar system, completing one rotation on its axis in about 9.9 hours. This rapid rotation creates strong atmospheric bands and storms on the surface of the planet.
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.
If the speed of rotation of the Earth were to increase, the centrifugal force acting on the equator would also increase. This would cause the Earth to bulge slightly at the equator, leading to a small increase in the equatorial diameter.
It would increase due to the conservation of angular momentum.
A day on Jupiter lasts about 9.9 hours. Jupiter has a very fast rotation speed, making its day much shorter compared to Earth's 24-hour day.
Jupiter takes about 9 hours 56 minutes to do one full rotation. It represents an equatorial rotation speed of 45,000 kph (28,000 mph), the fastest for any planet. Saturn takes about 10 hours and 39 minutes in earth days.
Jupiter's equatorial diameter is 88,780 miles, from which you can calculate its circumference. Its equatorial sidereal day is 9 hours 50 min 30 sec, so circumference divided by this will give your answer in miles per hour.
Jupiter rotates the fastest of all of the planets. However, the gaseous atmosphere rotates at a different speed depending on the distance from the equator. The equatorial rotation period (day) is about 9.9 Earth hours.Nearer the poles, the rotation period is about 9 hours, 55 minutes.Around the equator, the period decreases to 9 hours, 50 minutes, despite the substantial equatorial bulge.A Jupiter day is 0.41354 as long as our day or about 10 hours. The year is 4332.71 Earth days long or about 12 earth years. A month is determined by the revolution of our moon around the earth. Jupiter has many moons so it does not have months like we do.
Jupiter - it has the shortest day and the fastest roational speed
Jupiter's day is short because it has a fast rotation speed—it completes a full rotation on its axis in about 9.9 hours. This rapid rotation causes a shorter day compared to Earth, which takes about 24 hours to complete a rotation.
The average wind speed on Jupiter is about 384 mph (620 km/h). Jupiter's fast winds are fueled by its rapid rotation and powerful internal heating.
One unique aspect of Jupiter's rotation is its extremely fast rotational speed, completing a day in less than 10 hours. Another unique characteristic is its differential rotation, where different parts of the planet rotate at slightly different speeds, causing distinctive cloud bands and storms in its atmosphere.
Two unique things about Jupiter's rotation: Jupiter's rotation is slower near the poles. Jupiter has the fastest rotation period in our solar system.
A second on Jupiter is about 0.413 Earth seconds long due to Jupiter's faster rotation speed.
Jupiter's equatorial diameter is 142,800km
Jupiter has the fastest rotational speed of any planet in our solar system, completing one rotation on its axis in about 9.9 hours. This rapid rotation creates strong atmospheric bands and storms on the surface of the planet.
Jupiter has the shortest day among the planets because it has the fastest rotation on its axis, completing one rotation in about 10 hours. This rapid rotation speed is a result of Jupiter's large size and mass, which causes faster spinning due to conservation of angular momentum.