elliptical
in a ovalish shape
No. Comets are much smaller than planets, are irregular in shape, and have highly eccentric orbits.
Most cross orbits of planets which allows it to hit the planets easier. They do not go into a full orbit at all.
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.
No. The planets in the Solar System all have almost circular orbits, but the orbits of comets are highly eccentric (oval-shaped). This means that while the distance a planet is from the Sun is rather constant, the path of a comet means it comes close to the Sun, and then moves far away.
Comets with extremely elliptical orbits like Hyakutake and Hale-Bopp are known as long-period comets. They have orbits that take them far out into the solar system, sometimes beyond the outer planets, before returning back towards the Sun. These comets can take decades or even centuries to complete a single orbit.
All orbits are geodesic curves. Comets tend to have elliptical orbits ... as do planets, really; the degree of eccentricity (this is a measure of how "stretched" the ellipse is) just tends to be higher for comets.
Objects in our solar system, including planets, asteroids, and comets, travel around the Sun in elliptical orbits. The planets orbit the Sun in nearly circular paths along a plane known as the ecliptic. Comets and asteroids can have more eccentric and tilted orbits compared to the planets.
No. Comets are much smaller than planets, are irregular in shape, and have highly eccentric orbits.
Most cross orbits of planets which allows it to hit the planets easier. They do not go into a full orbit at all.
Comets are balls of ice and dust in orbit around the Sun. The orbits of comets are different from those of planets - they are elliptical. A comet's orbit takes it very close to the Sun and then far away again.
No, the solar system planets are all in stable orbits. That may not be the case for the asteroids, comets, and distant planetesimals.
As an elliptical orbit is any orbit that isn't perfectly circular, everything has an elliptical orbit. The planets Mercury and Pluto have the most elliptical orbits of the planets, and are easily seen to be oval shaped. Comets also have highly elliptical orbits.
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.
No. The planets in the Solar System all have almost circular orbits, but the orbits of comets are highly eccentric (oval-shaped). This means that while the distance a planet is from the Sun is rather constant, the path of a comet means it comes close to the Sun, and then moves far away.
Asteroids, comets, minor or dwarf planets, and even some artificial spacecraft orbit the Sun but are not considered true planets.
No, not all planets have elliptical orbits. While most planets in our solar system have nearly circular orbits, some planets, like Mercury and Pluto, have more elliptical orbits. Additionally, exoplanets outside our solar system can have a variety of orbital shapes.
Comets with extremely elliptical orbits like Hyakutake and Hale-Bopp are known as long-period comets. They have orbits that take them far out into the solar system, sometimes beyond the outer planets, before returning back towards the Sun. These comets can take decades or even centuries to complete a single orbit.