An airplane, by definition, flies in the air, it does not fly in outer space where there is no air. So an airplane cannot fly from Earth to Mars. That requires a spaceship. With current technology, a spaceship might reach Mars in about a year. It's a long trip.
I don't know what "elliptical planet" is supposed to mean, but by any reasonable definition I can think of, no, all planets are "elliptical planets".
Only the Moon surrounds or orbits the Earth, this is a moon and not a planet though. All of the planets, by definition, orbit (or surround) the sun.
The closest star to Mars is the Sun. The distance of Mars to the Sun is 227.92 million km or 141.62 million miles. However, Mars orbits the sun in an elliptical orbit, so at its closest point called the perihelion, it is only 206.62 million km away, or 128.39 million miles. At its farthest point, Mars is 249.23 million km away, or 154.86 million miles.
Mercury, Venus, Earth, Mars.
Deimos is a moon of the planet Mars.
Latin for "Field of Mars"
It means war related, after the Roman God of War, Mars.
a tranfromation of the blue and red people from the planet mars
Only if they immigrated there from Mars. By definition, Martians are from Mars. Oh, and if you know it's an alien flying saucer, it's not a UFO.
to write any position ,any place , mostly to write in mars
Actually, Mars is smaller than Earth. Mars is only three-fourths the size of Earth, so 75% of Earth would fit in Mars.
An airplane, by definition, flies in the air, it does not fly in outer space where there is no air. So an airplane cannot fly from Earth to Mars. That requires a spaceship. With current technology, a spaceship might reach Mars in about a year. It's a long trip.
A moon, by definition, is not a planet. The closest planet to our sun is Mercury, followed by Venus and the Earth, then Mars.
Romulus was legendary founder and was the first king. Romulus and Remus were sons of Mars and a vestal-virgin, Rhea Silvia.
It varies with each planet's position in its orbit. Mars is farther out from the Sun, and orbits more slowly than the Earth does. At the "conjunction", when the two planets are closest together, they are about .5 AU apart. But 8 months later, when Earth has raced ahead and is now on the opposite side of the Sun from Mars, the distance is about 1.5 AU.
The 'Face On Mars' was first seen by the Viking Orbiter in 1976. Newer images from the Mars Global Surveyer (2001) in higher definition show that it was mostly an optical illusion and the result of lighting. The human eye is trained to recognise faces, but in this case it is just a natural landscape feature.