Orbital velocity refers to the speed at which a planet travels in its orbit.
Orbital velocity refers to the speed at which a planet travels in its orbit.
The orbital speed. The orbital velocity can also be used but that really includes the direction as well as the speed.
orbital speed
Mercury's orbit around the sun is actually more eccentric than the orbit of any other planet. Mercury's distance from the sun varies between 28 and 44 million miles, and that means that its speed in orbit also varies by a lot. But the average speed over an entire orbit is roughly 29.8 miles per second.
The farther a planet is from the sun the slower its orbit speed.
1 second
It takes Jupiter about 11.86 years to make one orbit of the Sun. This is based on the distance it has to travel and the speed at which it does.
It is not gravity because there is no gravity in space, only some on certain planets, deffiantly on earth. It is done by the strength from other planets the sun for instance. Heat waves. Some of the gravity in space does help keep the planets and satellites in orbit.
That would depend on the speed they are travelling. If they were both going at the same speed then the one nearer would complete its orbit first, as it has a shorter distance to travel.
A satellite in a closed orbit has the greatest speed when it's closest to the planet, and the lowest speed when it's farthest from the planet.
The speed of the planet Uranus at every point in its orbit is lessthan the speed of the planet Jupiter at every point in its orbit.
Each planet moves in a different orbit, at a different average distance from the sun, and at a different speed.
earth
Earth
The exact number depends on the individual planet, and the exact shape and eccentricity of its orbit. The one general statement that can be made for every planet is that when it's farthest from the sun, it's moving at the slowest speed relative to the sun of any point in its entire orbit.
Both the planet and the gas were named for the Roman god Mercury who was known for his speed and mobility. The planet was named for this because of its fast orbit.
It requires a VERY SPECIFIC speed for a planet to have an orbit that is exactly circular. Let's assume, for example, that at a certain point in the orbit, the planet's speed is less than this specific speed. In that case, the Sun's attraction will pull the planet closer to the Sun.This, in turn, will make the planet faster; and half an orbit later, it will be faster enough to "escape" from the Sun again. The final result of all this is that the planet will move around the Sun in an elipse.
Distance from the Sun. (The closer it is, the faster it moves.)
Take the length of the planet's orbit, divide it by the speed at which the planet is orbiting and VOILA! The "year."
Mercury's orbit around the sun is actually more eccentric than the orbit of any other planet. Mercury's distance from the sun varies between 28 and 44 million miles, and that means that its speed in orbit also varies by a lot. But the average speed over an entire orbit is roughly 29.8 miles per second.