365 days
There is no relation, any object with the same same distance as the Earth from the sun would complete one orbit in one year.
spin 365 whole circles while its in its orbit around the sun.
A revolution refers to the Earth making an orbit around the sun. A year is the time that it takes for the Earth to make one orbit around the sun. So the relation would be that one year = one revolution around the sun. A revolution takes about 365.25 days; therefore, every 4 years they add a "waste" day to the year (called a leap year; Feb 29th). But that is still not precise! And I am told that everything is slowing.
In relation to the Sun - roughly where we are now. In relation to the Galaxy 1/225 further around the Galactic core. In relation to the Universe. Who knows
The length of one sidereal Earth year is 3.39% the length of one sidereal Saturn year. In other words, the length of one sidereal Saturn year is 29.5 times the length of one sidereal Earth year. (A sidereal year is the time between alignments of the sun, the planet, and a distant fixed star.)
One year on Mars is about 687 earth days compared to the the 365 days in a year on Earth.
There are 4015 earth days in a Jupiter year. jupter's year is equal to 11 earth years. 365 times 11 equals 4015.
8,760 Earth hours in one year.
Mercury orbits the Sun once in about 88 Earth days. That's Mercury's year. One year one Earth is about 365 days. So Earth's year is about 4 times longer.
15. One year is one revolution of Earth around the Sun.15. One year is one revolution of Earth around the Sun.15. One year is one revolution of Earth around the Sun.15. One year is one revolution of Earth around the Sun.
224.7 Earth days
One year on Mars is equivalent to about 687 Earth days.