well Jupiter cant just gain mass to be the sun because the sun is mostly made of gas
Mars has a mass of 0.642 X 10^24 kg. Jupiter has a mass of 1,900 X 10^24 kg. Therefore, Jupiter has a mass which is 2,959.50156 times greater than Mars.
You would weigh about 6.68 times more on Jupiter.
By volume, you can fit the planet Jupiter into the sun about 984 times.
Of all of the mass in the solar system, the Sun is 99.5%. Of the half-percent left, over half is Jupiter, leaving one quarter of one percent of the solar system's mass for the Earth, Mars, Venus, the other planets, all the asteroids and comets and all the space dust.
The diameter of Jupiter is 142,984km, and the diameter of Earth is 12,756km. This would mean that Jupiter's diameter is 11.2x greater than that of Earth.
Jupiter's diameter 11 times as great at that of Earth. Jupiter's volume is equal to 1,317 Earths. Jupiter is also 318 times as massive as Earth.
Mars has a mass of 0.642 X 10^24 kg. Jupiter has a mass of 1,900 X 10^24 kg. Therefore, Jupiter has a mass which is 2,959.50156 times greater than Mars.
You would weigh about 6.68 times more on Jupiter.
Jupiter is approximately 11 times larger in diameter than Earth, making it about 1,321 times more massive than Earth.
Jupiter's diameter 11 times as great at that of Earth. Jupiter's volume is equal to 1,317 Earths. Jupiter is 318 times as massive as Earth. Jupiter is two and a half times as massive as all of the other planets in our Solar System combined.
By volume, you can fit the planet Jupiter into the sun about 984 times.
By volume, you can fit the planet Jupiter into the sun about 984 times.
Of all of the mass in the solar system, the Sun is 99.5%. Of the half-percent left, over half is Jupiter, leaving one quarter of one percent of the solar system's mass for the Earth, Mars, Venus, the other planets, all the asteroids and comets and all the space dust.
The diameter of Jupiter is 142,984km, and the diameter of Earth is 12,756km. This would mean that Jupiter's diameter is 11.2x greater than that of Earth.
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Jupiter's volume is about 1,321 times greater than that of Earth due to its larger radius. Therefore, Jupiter could accommodate about 1,321 Earths within its volume.
Your mass remains the same no matter where you are. (It does vary with velocity, however, at relativistic speed). Jupiter is a gas giant and does not have a proper "surface." If we could agree that at some point the gas would be sufficiently dense to constitute a "surface," your WEIGHT at that point would be 2.5 times that of your weight at earth's surface.