Mercury . . . 88 earth days
Venus . . . 225 days
Earth . . . 365 days
Mars . . . 685 days
Jupiter . . . 12 earth years
Saturn . . . 29 years
Uranus . . . 84 years
Neptune . . . 165 years
Pluto . . .
Expelled from the lofty fraternity and demoted to "dwarf planet".
Orbital period = roughly 248 earth years.
Has covered only about 1/3 of its orbit since it was discovered in 1930.
Mercury - 0.2408467 years
Venus - 0.61519726 years
Earth - 1.0000174 years
Mars - 1.8808476 years
Jupiter - 11.862615 years
Saturn - 29.447498 years
Uranus - 84.016846 years
Neptune - 164.79132 years
PENIS
gravitational pull between planets The gravitational relationship that each planet has with the sun is much stronger than the gravitational effect that planets have on each other. There are some effects that the planets have on one another called perturbations. These are minor and would never cause the planets to come dangerously close together. The planets originally formed in very much the same orbits that they occupy today. Any large chunks of material or large clouds of gas that were between the known orbits long ago got taken up by one of the adjacent planets. This is the process of 'clearing the neighborhood' that is part of the definition of planet, and it is the main reason why planets are far enough apart not to have an overly strong effect on neighboring planets.
The Sun. There are 8 bodies classified as planets, and as of 2009 there are 5 classed as dwarf planets. There are many more objects with long orbits past that of Pluto, and these are being studied and classified.
The time it would take to travel to each planet one at a time would depend on the distance between each planet, the speed of travel, and the alignment of the planets. On average, it could take several years to visit all the planets in the solar system due to the vast distances and differing orbits of each planet.
obviously all the nine planets of the solar systemrevolve around the sun! the sun like earth has gravitationalforce and the force is stronger this force hold all the nine planets to it
Very long.
PENIS
revolution
Not as far apart as stars are from each other, but yes, they are a long way apart.
We can observe the planets as they move through their orbits around the sun. We also know how to correct for the effect of the earth's own movement.
What do you mean by how long would it take? Like how long would it take to orbit around the sun?
gravitational pull between planets The gravitational relationship that each planet has with the sun is much stronger than the gravitational effect that planets have on each other. There are some effects that the planets have on one another called perturbations. These are minor and would never cause the planets to come dangerously close together. The planets originally formed in very much the same orbits that they occupy today. Any large chunks of material or large clouds of gas that were between the known orbits long ago got taken up by one of the adjacent planets. This is the process of 'clearing the neighborhood' that is part of the definition of planet, and it is the main reason why planets are far enough apart not to have an overly strong effect on neighboring planets.
The Sun. There are 8 bodies classified as planets, and as of 2009 there are 5 classed as dwarf planets. There are many more objects with long orbits past that of Pluto, and these are being studied and classified.
planets sun very long time
The planets in our solar system formed our of the solar nebular/disk from which the Sun was made (as the Sun formed), some 4,600 million years ago. Therefore there have always been roughly the same number of planets as we have now. However, our solar system could have lost one or more of the original planets that were formed as the planets settled into their current positions. As part of the settling process, orbital resonances can cause planets to interact with each other gravitationally and planets can be ejected from the forming solar system. If this did happen, then we do not how may planets there were originally.
Mars does not rotate around the Earth. It rotates around the Sun, just like all the other planets/
Mars does not rotate around the Earth. It rotates on its axis, and it revolves around the Sun, just as all the other planets do.