687 days.
There is currently no revolution happening on Mars. Mars orbits the Sun in about 687 Earth days, which is considered a revolution. Additionally, there are no ongoing political revolutions on Mars, as there are no human inhabitants on the planet.
Venus has the closest period of revolution to Earth, taking approximately 225 Earth days to complete one orbit around the Sun.
Mars has a longer revolution period compared to Earth, taking about 687 Earth days to complete one orbit around the Sun. Its elliptical orbit causes significant variations in distance from the Sun, leading to temperature fluctuations. Mars' revolution is slightly tilted, resulting in distinct seasonal changes on the planet.
Mars is always rotating around the Sun, 24/7. Every planet does that.
It takes Mars approximately 687 Earth days, or about 1.88 Earth years, to complete one revolution around the sun.
Mars period of revolution around the sun, its orbit, is 686.97 Earth days.
There is currently no revolution happening on Mars. Mars orbits the Sun in about 687 Earth days, which is considered a revolution. Additionally, there are no ongoing political revolutions on Mars, as there are no human inhabitants on the planet.
I don't know. If you know it, then you can change this. Goodbye
The amount of time that Mars takes to revolve around the sun in Earth years is 1.88 Earth years.
Actually, the answer is Mars. Mars' revolution is 1.88 years which is almost twice as the revolution of Earth.
if i went to mars to check without being trained i would die
Mercury's period of revolution around the sun is about 88 Earth days.
Venus has the closest period of revolution to Earth, taking approximately 225 Earth days to complete one orbit around the Sun.
Its the other way around. Mars revolves around the Sun, with a period of 687 Earth days.
687 earth days is one mars year, =)
Mars has a longer revolution period compared to Earth, taking about 687 Earth days to complete one orbit around the Sun. Its elliptical orbit causes significant variations in distance from the Sun, leading to temperature fluctuations. Mars' revolution is slightly tilted, resulting in distinct seasonal changes on the planet.
about 688 earth-days