== == An ellipse. Like planets.
it is how circular and asteroids orbit path is.
Yes, there are numerous asteroids in the asteroid belt located between Mars and Jupiter, but some may enter Saturn's orbit. These asteroids are often referred to as Trojan asteroids or irregular moons. They share an orbit with Saturn, either ahead of or behind the planet along its path around the Sun.
The asteroids that travel in orbits that take them ahead of Jupiter are called "Trojan asteroids." They are located in two groups, known as the Greek camp and the Trojan camp, positioned along Jupiter's orbit around the sun. These asteroids have stable orbits because they are in gravitational equilibrium with Jupiter and the sun.
The Trojan asteroids have orbits that are located along the same path as a planet, about 60 degrees ahead or behind the planet. They are in gravitationally stable regions called Lagrange points, which result from the interaction between the gravity of the planet and the Sun.
Comets are Comets and Asteroids are Asteroids
it is how circular and asteroids orbit path is.
Si(yyyeeesss)
The asteroids.
It doesn't. In an estimated 23 years, a belt of asteroids will collide with the earth.
Pluto has asteroids in its orbital path. Planets don't.
Yes, there are numerous asteroids in the asteroid belt located between Mars and Jupiter, but some may enter Saturn's orbit. These asteroids are often referred to as Trojan asteroids or irregular moons. They share an orbit with Saturn, either ahead of or behind the planet along its path around the Sun.
Ganymede.
The asteroids that travel in orbits that take them ahead of Jupiter are called "Trojan asteroids." They are located in two groups, known as the Greek camp and the Trojan camp, positioned along Jupiter's orbit around the sun. These asteroids have stable orbits because they are in gravitational equilibrium with Jupiter and the sun.
The Jupiter helps to divert the path of asteroids which would have otherwise smashed into the Earth and end Life as we know it.
The Shortest Path
The Trojan asteroids have orbits that are located along the same path as a planet, about 60 degrees ahead or behind the planet. They are in gravitationally stable regions called Lagrange points, which result from the interaction between the gravity of the planet and the Sun.
Asteroids have orbits that can vary widely compared to Earth's. While some asteroids, particularly those in the asteroid belt between Mars and Jupiter, have orbits that are more elliptical and can be inclined at different angles, others, like near-Earth asteroids, have orbits that can bring them close to Earth's path. However, unlike Earth’s stable and nearly circular orbit around the Sun, many asteroids exhibit more irregular paths due to gravitational influences from other celestial bodies.