it depends on the planet because they r all different distances
Rotation (i.e. how long it takes to turn around once - a day or 24 hours roughly) and Revolution (i.e. how long it takes to move around the Sun once - a year or 365.25 days approximately).
All planets continuously revolve ( or 'orbit') around the Sun. No planet orbits the Sun just once.
Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.Weeks are sets of 7 days used solely for Earth. Other planets have years because a year is the time it takes to go around the sun once and days because a day is how long it takes to turn once, but they do not have special months or weeks. So there is no such thing as a Martian week.
A planets day (solar day) is the time it takes to rotate once on its axis relative to the sun, the synodic period. A year on a planet is the time taken for the planet travel once around the sun.
Mecury.Mercury. Mercury only takes 88 days to orbit once around the sun.Mercury. It revolves around the Sun once in about 88 Earth days.
Mars does not rotate around the Sun. It revolves around the Sun. It takes Mars about 687 Earth days for Mars to revolve once around the Sun.Planets and moons rotate about their own axes, but they revolve around the Sun (for planets) or (for moons) other planets.
Planets are rotating, that is spinning, and they are also orbiting, going around, the sun.
In our Universe, angular momentum is a conserved quantity. What that means is that, once a planet is orbiting a star at one speed and radius, neither of the latter two can possibly change unless some outisde force (more precisely, a torque) acts on that planet. Long ago, all planets going around our Sun achieved specific speeds and radii of orbit -- and, in our Universe, they'll maintain both of those for billions of years.
Mercury travels the least distance to go around the Sun once, as it has the shortest orbital path of all the planets in our solar system.
Charon orbits once every time Pluto rotates once. Other moons(including ours)don't do that.
Charon orbits once every time Pluto rotates once. Other moons(including ours)don't do that.
Yes. The inferior planets not only move faster, but also have a smaller path, to go once around the Sun. So, both of these factors contribute for the interior planets to take less time to go once around the Sun.