Depends on your perspective, doesn't it? Having said that, if you're looking at our galaxy from a "top" view (i.e. down towards the Earth's north pole), then Mars, like everything else in the galaxy, revolves around the Sun in a counter-clockwise direction.
Yes, if looked at from above the north pole. All planets orbit the sun anticlockwise, while all planets except for Venus and Uranus rotate anticlockwise on their axis.
Mars takes 686.971 (or 687 days) Earth days to orbit the Sun.
Seen from a vantage point over the "north pole" of the Sun, all the planets in our solar system orbit in an anti-clockwise direction.
No, Mars does not orbit around the Earth. The moon orbits around around the Earth. Both Earth and Mars orbit around the sun, but Mars is farther away from the sun.
It takes 687 Earth days for mars to orbit the Sun
Mars takes about 687 Earth days to orbit the Sun once.
As viewed from the galactic north, the Sun orbits in a clockwise motion
There being no up or down in space, there is no clockwise or anticlockwise either.
Clockwise.
NO. They orbit counterclockwise (anticlockwise) when viewed from above the Earth's north pole, which is the usual convention. (Mercury and Venus are called the "inferior planets" because their orbits are between the Sun and the Earth.)
mars is the 4th planet from the sun and it does orbit
All planets orbit the Sun.
Mars spins counter-clockwise, and its direction of orbiting the Sun is counter-clockwise from the Sun's viewpoint.
No. Comets orbit the sun. Many asteroids orbit the sun in between the orbits of Mars and Jupiter.
If viewed from "above", from where you could see the earth's north pole and from where you would always see each planet half illuminated by the sun, all of the planets in our solar system revolve counterclockwise (anticlockwise).
Mars takes 686.971 (or 687 days) Earth days to orbit the Sun.
no
Six of the eight major planets rotate "anticlockwise" (counterclockwise) as seen from above the Earth's north pole: Mercury, Earth, Mars, Jupiter, Saturn and Neptune. The rotation of Venus is slowly clockwise, while the spin of Uranus is now observed to be clockwise because it has been tipped over more than 90 degrees "onto its side" (as if rolling along its orbital path at times).