Mars, and all the other planets, have oval-shaped, or eliptical, orbits.
Not "most"; ALL planets have elliptical orbits.
An elliptical or elliptic orbit, the shape is an ellipsis
Elliptical orbit if applicable.
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No. Dwarf planets orbit stars just like planets do. Stars orbit the center of their galaxy. An object orbiting a planet would be a moon.
some times because we revolve in an elliptical orbit which is like the shape of an oval
Comets have sharply turning, elliptical, oval-like orbits, as opposed to the rounder, more circular shape of a planet's orbit
Like the other planets, Uranus has an elliptical orbit as it moves around the sun rather than a circular orbit. Uranus has an axial tilt of 99 degrees, which is a lot, considering the axial tilt of the Earth is 23.5 degrees.
in a oval shape not really a circle ANSWER:OVAL
An ellipse.
Planets orbit the sun because gravity keeps them from escaping, and momentum keeps them moving forward. The orbits are elliptical, which is like an oval.
Like larger planets, dwarf planets also orbit the sun.
Negative electrons orbiting a positive nucleus much like the planets orbit the sun.
No. Dwarf planets orbit stars just like planets do. Stars orbit the center of their galaxy. An object orbiting a planet would be a moon.
The planets orbit the sun in an ellipse, like a squashed circle. The amount by which the ellipse is deformed by, from being a circle, is referred to as the eccentricity. An object with a highly eccentric orbit, such as a comet, will have a very elongated and stretched out orbit, its distance from the sun throughout its orbit will vary by a lot.
some times because we revolve in an elliptical orbit which is like the shape of an oval
Comets have sharply turning, elliptical, oval-like orbits, as opposed to the rounder, more circular shape of a planet's orbit
Like the other planets, Uranus has an elliptical orbit as it moves around the sun rather than a circular orbit. Uranus has an axial tilt of 99 degrees, which is a lot, considering the axial tilt of the Earth is 23.5 degrees.
First, recall that planets orbit the sun, not the other way around. Secondly, the term electron cloud is used to describe the body of electrons that orbit the nucleus of an atom. To answer your question as succinctly as possible, the analogy of planets orbiting the sun is one of the best to consider when thinking about the orbit of electrons
An ellipse, like all the planets. Just like every other object in orbit around a much larger central mass, Mars travelsin an orbit whose shape is an ellipse.But the orbit's eccentricity is only 0.094, which means it's so close to being a circlethat you can't tell the difference by looking.
in a oval shape not really a circle ANSWER:OVAL