If the object has an almost circular orbit it would depend on its distance from the sun. The further away the longer the orbit and therefore a greater length of time would be required to complete the orbit.
Other objects with highly elliptical orbits, such as comets, can be calculated.
Halleys Comet for instance has an orbital period of about 76 years, others are much longer.
The Earth takes one year to go around the Sun. Other planets (or other objects in the Solar System) take more or less time, depending on their orbit; for example: Mercury about 3 months; Jupiter about 12 years; Pluto about 250 years; Sedna about 12,000 years.
The sun does not spin, it stays in one place, it is the planets that spin around the sun.
Close to 365 days in earth time for the earth, and this would change depending on where you are in the solar system. T
from 26-36 days.
Venus takes 224.7 days to orbit the sun once.
It travels about 1,432,183,600 km to complete one revolution.
687 (Earth) days. (Not quite 2 Earth years.)
distance from a source of light and how long it takes to orbit that source
revolution
Earth takes 24 hours to complete one revolution of the earth around sun
the revolution of the sun around the earth.
29.5 Earth years.
28 days
The earth completes one orbital revolution around the sun every 365.24 days.That's the period of time referred to as one 'year'.
687 (Earth) days. (Not quite 2 Earth years.)
Venus takes 224.7 days to orbit the sun once.
225 days
The time it takes for any given planet to make one complete revolution around its sun determines the length of its year.
It takes 87.9691 Earth days for Mercury to complete one full orbit of the sun.
It takes 87.9691 Earth days for Mercury to complete one full orbit of the sun.
29.5 Earth years.