Most meteors are sand grain sized objects that had been ejected from comets as they followed around their highly elliptical orbits. As most of these comets have orbits that extend beyond the orbit of Jupiter at their aphelion, then yes most of these sand grains that become meteors when they enter earth's atmosphere have been beyond the orbit of Jupiter.
However they are not actually meteors until they enter earth's atmosphere, so while they are actually meteors they are nowhere near Jupiter.
Many larger meteors were pieces of asteroids. The vast majority of asteroids orbit between Mars and Jupiter and thus have never been even near Jupiter, and definitely not beyond Jupiter's orbit.
yes
Meteors hitting Jupiter is an ongoing event that can happen at any time. Jupiter's strong gravitational pull can attract meteors towards it. The planet's large size and strong magnetic field also make it a frequent target for comet and asteroid impacts.
Meteors come from leftover debris of asteroids in the Asteroid Belt between Mars and Jupiter .
Any meteor or comet will burn up in Jupiter's incredibly thick atmosphere.
i don't know but i think beyond Jupiter's orbit is when you get no heat.
Meteors travels through earth. While the meteors travel towards the earth they go around the orbit.
No, the Oort Cloud is a spherical region of icy objects that lies far beyond the orbit of Neptune, extending out to about halfway to the nearest star. It is not located between Mars and Jupiter, which is where the asteroid belt is found.
The planet just beyond Jupiter is our solar system's sixth planet, Saturn.
No, some are in the same orbit as Jupiter, some are in the inner solar system, near and between the orbits of the planets (even though no asteroids were ever discovered inside the orbit of Mercury) There are even asteroids beyond the orbit of Jupiter.
Saturn
SCTV Channel - 1983 2009 Jupiter and Beyond 1-13 was released on: USA: 8 May 1984
Craters on Jupiter are typically caused by impacts from asteroids or comets. Jupiter's strong gravitational pull can attract these objects, leading to collisions with its surface. The planet's thick atmosphere can also cause meteors to explode before impact, creating visible scars on its surface.