The force of gravity of the planet holds its atmosphere in place. This force pulls the gases in the atmosphere towards the planet's surface, preventing them from escaping into space. The stronger the gravity of the planet, the better it can hold onto its atmosphere.
The gravitational force between a planet and the star it orbits (such as the Sun) causes the planet to travel in a near circular orbit. This force is balanced by the planet's velocity, which keeps it moving in a stable path around the star.
it would take 15 years, if going at 20,000 mph.
neptune is the eighth planet from the sun . Comment: You can get as close as you like, but you would need a very good spacecraft and it would take years to get there.
5 thousand years
The larger in weight would take more force Also, the larger if they are the same weight would take more force, because of friction and air resistance
Gravitational force depends only on the masses involved, and on the distance. Thus, to DECREASE the gravitational force, you would have to reduce the mass of the planet or the object (take some stuff away from it); or increase the distance.
Life and death is a part of the natural cycle of the earth. If there was no life, this planet would be dead. If there was no death, this planet would be dead. Think about it. If there was no death, this planet would be over popularized, more and more recources would be needed/wanted and the planet can only make and take so much.
A spaceship would need the largest force to take off from Jupiter, the largest planet in our solar system. Jupiter has a massive gravitational pull due to its size and mass, which would require a significant amount of force to overcome in order for a spaceship to launch into space. Additionally, Jupiter's thick atmosphere would also pose challenges for a spacecraft attempting to take off.
nothing. its impossible to get one planets moon to another planet. use your brain. its common sense. It would take enormous force to move this planetoid. If that force were delivered all at once the planetoid would disintegrate. If you were to use part of that force in rapid succession you may be able to move a planet. I.E. use of nuclear bombs on the side opposite the direction of intended movement could work if they were timed to hit at large enough intervals so as not to destroy the planet.
The 1 that is furthest away
Take a look at Newton's Second Law. Other things being equal, more force will cause more acceleration.
If the planet was exactly in between Mars and Jupiter, it would take 3645.029 days.
The force of gravity of the planet holds its atmosphere in place. This force pulls the gases in the atmosphere towards the planet's surface, preventing them from escaping into space. The stronger the gravity of the planet, the better it can hold onto its atmosphere.
Not enough information: It isn't clear at what SPEED you want to travel to the planet. With current technology, the farthest known planet in the Solar System would take a few years to reach (at most 10-15 years or so); planets in other solar systems would take thousands of times more to reach.
the first planet mercury
denpends on two things one: which planet two: ur speed