Jupiter has more gravity than Earth so you would weigh more on Jupiter. This is because
Earth's gravity is less because we have a moon
Jupiter has more mass
Jupiter is farther away
Jupiter has more mass than Earth, which results in a stronger gravitational pull and causes objects and people to weigh more on Jupiter compared to Earth.
from the Sun
In simple terms, the more mass an object has, the stronger its gravitational pull will be. Since Jupiter has much more mass than Earth, it has a stronger gravitational pull, which means that objects and people on Jupiter would weigh more compared to their weight on Earth. Additionally, because Jupiter is farther away from the Sun compared to Earth, its gravitational pull is not counteracted as much by the Sun's gravity, further contributing to its higher gravity.
so the answer is
Additionally, because Jupiter is farther away from the Sun compared to Earth, its gravitational pull is not counteracted as much by the Sun's gravity, further contributing to its higher gravity.
First:
Not that Jupiter mass is bigger but the ratio of ( mass/radius of planet^2) is bigger.
Second:
During day the sun pulls in the opposite direction from the planet gravity. At night they add.
Thank you for the additional points you've highlighted. The ratio of mass to the radius of a planet squared is indeed an important factor when considering gravitational pull. In the case of Jupiter, this ratio is larger compared to Earth, contributing to its stronger gravity.
You are also correct that during the day, the gravitational pull of the Sun and the planet's gravity can be working in opposite directions, essentially canceling each other out to some extent. This can have an impact on the overall gravitational force experienced on the surface of a planet. Thank you for pointing out these factors that contribute to the differences in gravity between Earth and Jupiter.