no
Weather that occurs on Jupiter is basically the same as the weather on Earth
Smallest to largest - Pluto, Earth, Saturn, Jupiter.
Jupiter does not orbit the earth. It takes 11.86 years for Jupiter to orbit the sun.
Jupiter's atmosphere is mostly made up of hydrogen and helium, while Earth's atmosphere is primarily composed of nitrogen and oxygen. Jupiter has powerful winds that can create storms like the Great Red Spot, whereas Earth's atmosphere has a more stable climate. Jupiter's atmosphere also contains more extreme weather phenomena, such as lightning and massive thunderstorms.
Jupiter is further from Earth than Mars. Jupiter is the fifth planet from the sun, while Mars is the fourth planet.
Weather that occurs on Jupiter is basically the same as the weather on Earth
there would be an apocalypse
The weather patterns on Jupiter are simpler than on earth because the storms, such as the big red spot, on Jupiter spin the opposite way as hurricanes on earth. Storms on Jupiter do not need water. All it needs are clouds. Storms on earth need clouds AND water.
Because the education is much better on earth.
Jupiter is the planet known for its distinct weather patterns visible from Earth. Its most prominent feature is the Great Red Spot, a massive storm that has been raging for centuries and is larger than Earth. Jupiter's fast rotation and distinct bands of clouds also contribute to its dynamic weather system.
No. Jupiter's magnetic field provides a lot of protection to Jupiter but has absolutely no effect on Earth.
Yes, they are. A storm has been going on for 50 years!
Earth Jupiter Uranus all of them I think they have wind and storms of a kind
it makes it hot
Jupiter because it is so massive.
Jupiter Effect was created in 1974.
Jupiter's gravitational pull helps to protect Earth from potential comet impacts by attracting and sometimes deflecting them away. Additionally, Jupiter's presence in our solar system contributes to the overall stability and balance of the planetary system, which has influenced the evolution of Earth over time.