because the gravatational pull from the sun and other planets keep the planets going in a circler motion and not bumping into each other.
Answerbecause the gravatational pull from the sun and other planets keep the planets going in a circler motion and not bumping into each other.the planets each have defined Elliptical, not circular, orbits that remain constant because of gravitational pull of the sun and from each other. Pluto does have such an elliptical orbit that for a time it was closer than Neptune, but they will never collide with their current paths.
because it has axis
because the moon has an orbit that goes around the earth which is a path that the moon takes so it will not bump into any other planets
so they don't bump into each other and don't mess each other up. so they don't bump into each other and don't mess each other up.
tectonic
Goldfish to not kiss each other. They may play, or bump into each other, but they do not kiss.
If they had a tendency to bump into each other they would not have lasted billions of years. The present planets have regular orbits that keep them clear of each other. The closest approach to Earth is Venus which is about 30 million miles away at the closest, that is a little more than 100 times as far as the Moon.
It means to meet unexectedly
Planets in our solar system are on stable orbits and are not expected to collide with each other. However, in the broader universe, planet collisions can occur when two planetary bodies are on a collision course or if a disruption in their orbits leads to a collision. The likelihood of such events depends on various factors, including the density of objects in space and their trajectories.
The planets in the solar system are in well-spaced out, stable, roughly circular orbits - they don't come close enough to collide with each other. Asteroids and comets, however, are on more elliptical, unstable orbits that often cross the orbits of the planets, and sometimes planets collide with asteroids and comets.
This phenomenon is called a planetary resonance. It occurs when two planets influence each other's orbits, causing them to switch positions or alter their orbital paths.
not convection
an earth quake