Every solar system has a star, in our case it's the sun. Now the sun has different planets circling around it. Just like the earth, mars is one of the sun's planets. A star is a massive ball of plasma that is held together by gravity. (It's gravity is also greater than that of it's planets.)
The wind erosion is mostly responsible for the shape of planet Mars as well as the space debris that impact Mars.
The shape does not change, only the length, depending on where the light comes from. Such as on a sundial, and the shadow gets longer or shorter over hours.
canines are like doges
It consists mainly of Carbon Dioxide. It is very cold.
Mars and Venus and the moon.
they are the same shape, a circle
Mars to the Sun is about 228 million kilometers
The Sun and its planets are all basically spheres. The earth is an 'oblate sphere' - that it, it is flattened at the poles.
The planet Mars is round in shape. All of the planets in our solar system are orbits. The gravitational pull of the sun has formed the planets to be around.
They are both rocky, relatively the same size and shape, contain water (though mars has only trace amounts). Both have atmospheres, are relatively close to the sun. Both hypothetically capable of supporting life. But if you need to compare them they would be the same.earth similar to mars is sphere shape .
On average, Mars is about 141 million miles away from the sun. This distance is constantly changing due to the elliptical shape of Mars' orbit. To convert miles to feet, you would multiply 141 million by 5,280 (the number of feet in a mile) to get approximately 745 billion feet.
Because of the elliptical shape of its orbit, its distance from the Sun is anywhere from 128 to 155 million miles.
mars is a small planet
the answer is 184km from to the sun from mars
The parent star of Mars is the Sun. Mars is the fourth planet from the Sun in our solar system.
mars is the 4th planet from the sun and it does orbit
It would be longer because Mars is further away from the sun and orbits slower than the Earth; therefore will take longer to complete a full revolution.