it depends how fast your going
The orbital period of Mars is equal to about 1.88 Earth years.
Well of course. They predict that our Sun will slowly burn out. As it runs out of energy, it will expand out to the Earth's orbit. That will burn away everything on the Earth. This may take 10,000,000 years before it occurs.
The Earth keeps moving. This achieves a fairly stable orbit. This orbit may decay gradually; for example, Earth's orbit gradually loses energy through gravitational waves. However, this will take a long, long time.
Earth formed from debris orbiting the Sun. It may or may not have migrated to its current orbit.
Many think that some bacteria may have been the first to orbit the Earth.
29 Earth years and 167 Earth days.The planet Saturn takes about 29 1/2 Earth years (29.46 years) to revolve around the Sun in its orbit.It takes Saturn 29.45 years to orbit the Sun, which works out to 10,759 days. Saturn is the most distant planet in the solar system that is able to be seen with the naked eye.
Io, one of the moons of Jupiter, takes about 42 hours to orbit Jupiter. Jupiter takes close to 4 332 days to orbit the Sun. So, for practical terms you may consider that Io will take the same time as Jupiter to orbit the Sun: 4 332 days, or a little longer than 11 years and 10 months at Earth´s time.
It depends on the distance from earth and the mass of the satellite. If close, like the international space station, it could orbit every two hours or so. If far out then it may take 24 hours. If very far out, like the moon, it could take several weeks.
Like any orbit, it may change over time.
no the earth can not revolve out of the orbit because the orbit is a definite path way in whichy a planet revolve like our earth if thay donot do this thay may attampt a serious strook with the astroids moving in space.
A year is how long it takes Earth to orbit the Sun, and for all practical purposes, you may regard that as 365 and 1/4 days. Other planets take different time periods to orbit the Sun.
Because Uranus' axis of rotation is in the plane of its orbit, the poles of the planet face the Sun. This means that each pole is illuminated for half of its 84.3 (Earth) year orbit, making a day on the planet last roughly 42 Earth years.