You have to destroy all of their planets. They have 2400 star systems, good luck!
"Outer planets" refer to the planets in our solar system that are located beyond the asteroid belt. These planets include Jupiter, Saturn, Uranus, and Neptune. They are also known as the gas giants because of their composition.
A tin of beans would weigh differently on different planets due to variations in gravitational pull. Gravity is stronger on larger planets and weaker on smaller ones, affecting the weight of objects. Therefore, the tin of beans would feel heavier on a planet with higher gravity and lighter on a planet with lower gravity.
The planet next to three planets away from Mars is Earth. In order, it would be Mars, asteroid belt, Jupiter, Saturn, and then Earth.
Pluto used to be one of the nine planets (the ninth planet), but it was reclassified as a Dwarf Planet on August 24th 2006. Now there are only eight planets recognized.you know RoryHemis correct but hes forgetting Ceres. Ceres was considered a planet too at one point but is now classified as a dwarf planet. so if dwarf planets counted their would be 10 planets in the solar system.
Based on the fact that the gaseous planets in the solar system have much greater mass than terrestrial planets, you would weigh more as weight depends on gravitational pull, which is increased based on the mass of the object.
The star TRAPPIST-1 has three known planets. Such planets are not easy to utterly destroy, unless they happen to fall into their star, or collide with one another (in which case they would presumably form a larger planet).
it would affect the nearby planets.
by the rotation of the planet
None of the planets is a star. If it were a star, it would be referred to as a 'star' and not as a 'planet'. With that in mind, it becomes clear that anything still referred to as a 'planet' is in fact a planet and not a star.
There would be 21 planets because there is 6 planets not counting Pluto since it is a dwarf planet and so 9+12=21 so remember Pluto is a dwarf planet
a planet like jupiter is approximately 2.528 strong and if a meteor hits it. it would not destroy
The planets orbit the sun.
That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.
"Outer planets" refer to the planets in our solar system that are located beyond the asteroid belt. These planets include Jupiter, Saturn, Uranus, and Neptune. They are also known as the gas giants because of their composition.
In order to land on a planet, it has to have a solid outer crust. The only planets in the solar system with a solid outer core are the 4 inner planets (Mercury, Venus, Earth and Mars). The planets outside the Asteroid Belt are composed primarily of gas, which would make any landing impossible on those planets.
The forces on the planets are not balanced. The gravitational force between the sun and each planet is what keeps the planet in orbit around the sun. If the forces on a planet were balanced, then the planet would sail off in a straight line, and would never be seen or heard from again.
No, a moon is a natuaral satellite and would always be in orbit around a planet. If it did'nt orbit the planet it would fall into the planet.