They have orbits at the distance of Jupiter and 60 degrees ahead of or behind it
They orbit the Sun in the same path as Jupiter, and 60° ahead of or behind it. Yes. The Trojan asteroids orbit along the orbital path of Jupiter at points 60o ahead of and behind it. These regions are two of the "Lagrange points," named after the mathematician who discovered that such orbits could be stable
Jupiter's Trojan asteroids
Apollo asteroids have elliptical orbits that cross Earth's orbit
The asteroids that travel before and behind the planet Jupiter are called the Trojan asteroids
They have orbits at the distance of Jupiter and 60 degrees ahead of or behind it
They are still called asteroids. But some refer to them as "rogue" asteroids, or "asteroids in irregular orbits".
Asteroids
maybe
They orbit the Sun in the same path as Jupiter, and 60° ahead of or behind it. Yes. The Trojan asteroids orbit along the orbital path of Jupiter at points 60o ahead of and behind it. These regions are two of the "Lagrange points," named after the mathematician who discovered that such orbits could be stable
maybe
Jupiter's Trojan asteroids
Apollo asteroids have elliptical orbits that cross Earth's orbit
Mainly to see if the asteroids are going to pose a collision danger with regards to the Earth.
Both asteroids and moons can be rocky. An asteroid orbits the Sun while a moon orbits a planet. Mars has two moons (Deimos and Phobos) that are most likely former asteroids.
Orbits of the planets Mars and Jupiter are closest to the region of asteroids.
The asteroids that travel before and behind the planet Jupiter are called the Trojan asteroids