Uranus.
Jupiter has approximately that surface gravity.
Neptune's magnetic field is about 27 times stronger than Earth's. It is tilted at an angle of about 47 degrees from the planet's rotational axis, which is believed to be a result of its off-center magnetic field.
No. Let's take Earth as a good example to start with. Let's say you look at the force of gravity of Pluto if it were twice as far from the Sun as Earth is. The force of gravity would be 2x2 = 4 times weaker. Move Pluto away from Sun twice that distance, and the force of gravity would be another 4 times weaker. Move Pluto away from the Sun another 2 times its previous distance, and the force of gravity between it and the Sun would be yet another 4 times weaker. And so on, until you reach a point in space where Pluto is really, actually positioned.
Mass is a measure of how much matter is in an object; it does not depend on gravity. The mass of 2.0 kg of gold is 2.0 kg no matter where the gold is, so on a planet with three time the gravity, the mass would still be 2.0 kg.
The gravitational force on the surface of Jupiter is approximately 2.5 times stronger than the gravitational force on the surface of Earth. This is because Jupiter is a much larger and more massive planet than Earth, resulting in a stronger gravitational pull.
Jupiter has approximately that surface gravity.
An example of a planet with a gravity 2.54 times that of Earth is Venus. Venus has a surface gravity of 0.91 g, where 1 g is the gravitational force on Earth. This higher gravity on Venus means objects would weigh 2.54 times more than on Earth.
The force of gravity on Jupiter is 24.8 ms-2, a little over 2.5 times that on earth.
The planet Venus. See more details here: http://www.answers.com/topic/Venus
You already stated in the question that it has 3.4 times the gravity of Earth.
A planet with a gravity force of 2.54 times that of Earth would have a significantly stronger gravitational pull, affecting various aspects of life and physical processes. For example, objects on this planet would weigh 2.54 times more than they do on Earth, making movement and activities more strenuous. Additionally, the planet's atmosphere, surface conditions, and potential for supporting life would be drastically different due to the increased gravity. Such a planet's characteristics would likely lead to unique geological and biological adaptations.
At the surface, it is 2.64 times its value at the Earth's surface.
Despite the fact that Uranus has a mass 14.5 times Earth's mass, its surface gravity isless thanEarth's.Jupiter and Neptune both have more "surface gravity" than Earth.
Mercury has the highest surface gravity of the terrestrial planets. Its gravity is about 0.38 times that of Earth's gravity.
The force of gravity on Jupiter is much stronger than on Earth due to Jupiter's larger mass. Jupiter's gravity is about 2.5 times that of Earth.
No. The gravitational pull at the surface of a planet depends on that planet's mass and radius. Jupiter has the strongest gravity of any planet in the solar system: 2.53 times the surface gravity on Earth. Mercury has the weakest surface gravity at just 37% the gravity on Earth.
Neptune's magnetic field is about 27 times stronger than Earth's. It is tilted at an angle of about 47 degrees from the planet's rotational axis, which is believed to be a result of its off-center magnetic field.