With an average distance of 67 million miles (108 million kilometers) from the Sun and at an orbital speed of about 21.7 mi/s (35.0 km/s), Venus's orbital period is equal to 224.7 Earth days, or 0.615 Earth years. Also, Venus is the only planet in the Solar System whose rotational period (243 Earth days) is longer that its orbital period (224.7 Earth days). All year round, no seasons occur on Venus, because Venus doesn't have a tilt like the Earth.
It takes Venus about 224.7 "Earth days" to complete one orbit.
Saturn. This is untrue. Both Mercury and Venus have shorter orbits and therefore take less time to orbit the Sun, because they are the two planets closer to the Sun then Earth. Saturn is further from the Sun and takes much longer to orbit it.
Venus takes approximately 225 Earth days to complete one orbit around the sun, which is also known as its revolution period. This means one year on Venus is approximately 225 Earth days long.
Galileo Galilei concluded that all planets must orbit around the sun after observing that Venus exhibited phases similar to the moon, which could only be explained if Venus orbited the sun.
Venus and Mercury
224.7 earth days
Venus' orbital period is 224.7 earth days.
Venus does not go around the Moon; it orbits the Sun. Venus takes about 225 Earth days to complete one orbit around the Sun.
225 earth days
Venus revolves around the Sun in about 225 Earth days. That's its "year".
Venus orbits the Sun, not the Earth
Venus goes around the sun once every 0.615 Earth years, or once every 224.7 Earth days. Venus travels at an average speed of 78,341 miles per hour or 126,077 kilometers per hour in its orbit around the sun.
It takes about 224.7 Earth days for Venus to travel around the Sun. This is also known as Venus' period of revolution.
It takes Venus about 243 Earth days to rotate once. It takes Venus about 225 Earth days to revolve once around the Sun.
Yes.
The sun in facts does not rotate around Venus: Venus rotates are the sun on its axis.
Never. Or, if it ever does, once. Venus is in a stable orbit around the Sun, and it would take a titanic force to cause Venus to fall into the Sun.