Jupiter is the gas giant with the least period of revolution around the Sun, taking only about 11.86 Earth years to complete one orbit. This relatively short orbital period is due to its greater distance from the Sun compared to the inner planets, coupled with its massive size and gravitational influence. Its rapid rotation also contributes to its dynamic atmospheric features, which are prominent in its appearance.
The gas giant that has the longest revolution is the planet Neptune.
It is so much greater because the planets are made out of gas and gas are inside a wind storm or should i say a wind cycle and that is my answer.
because of the sun
The Period of revolution decribes the time taken for an object to orbit another or the orbital period. For the Gas giant planets, this is the closest of the four - Jupiter. the closer a planet is to the sun (or any orbiting object is to another), the shorter the period of revolution. Jupiters period of revolution about the sun is 11 years and 314 days. The rotation period is the time it takes a planet to spin once on its axis, rotating about its axis. This has no relationship to the planet to sun distance, although again it is Jupiter at 9h 55 mins to make one turn. This is the quickest out of all eight planets.
It is so much greater because the planets are made out of gas and gas are inside a wind storm or should i say a wind cycle and that is my answer.
The gas giant that has the longest revolution is the planet Neptune.
Jupiter. its revolution is 11.86 years
It is so much greater because the planets are made out of gas and gas are inside a wind storm or should i say a wind cycle and that is my answer.
Jupiter has the shortest period of revolution among the gas giants, with a revolution period of about 11.86 Earth years.
It is so much greater because the planets are made out of gas and gas are inside a wind storm or should i say a wind cycle and that is my answer.
It is so much greater because the planets are made out of gas and gas are inside a wind storm or should i say a wind cycle and that is my answer.
because of the sun
The distance between an orbiting body and the body it's orbiting and the time it takes to complete each orbit are related, so the farther a body is from the sun, the longer its period of revolution will be. Kepler's third law of planetary motion states that the square of the orbital period is proportional to the cube of the orbit's semi-major axis. If you cube the average of the closest and farthest distances between a planet and the sun then divide by the square of the planet's orbital period, you should always get about 25 quintillion cubic kilometers per square day. Therefore, the gas giant with the shortest period of revolution is the one that is closest to the sun, Jupiter.
Neptune
because of the sun
because of the sun
Neptune - by sugar cube