1 year on earth is 224.7 days on venus. Dude I am a regular at www.examville.com and must say I can find almost every answer on the site. Great stuff.
I'm sorry, but this answer needs improving. 224.7 days is not right.
1) Venus orbits the Sun in about 224.7 Earth days. That's a Venus year.
However, you don't need that number for this question.
2) 1 year on Earth is about 365 days.
3) A sidereal day on Venus is about 243 Earth days.
4) A solar day on Venus is about 117 Earth days.
Sorry I haven't time to do the arithmetic. "You do the math."
All right I've got more time today. So:
1 year on Earth is about 1.50 Venus Sidereal days and its about 3.12 Solar
days on Venus.
About 225 days. (Venus revolves around the Sun in about 224.7 Earth days.)
It takes about 243 days in (rotation) in an earth day to cover venus.
1 Venusian year = 224.7 Earth days.
A day on Venus is equal to 243 Earth Days. So a week on Venus would be 1,701 Earth days or 4.65 Earth years. However, a Venus year is only 224 Earth Days!!! so a week could be 4.3 Earth days
One Venus day equals 243 Earth days. Seven Venus days equals 1701 Earth days, or 4.66 Earth years. 243 days is the Sidereal day length,but remember Venus has a Solar day of only 117 Earth days.
The sidereal day is the time it takes for a planet to rotate once. For Venus that's about 243 of our Earth days.
One day on Venus is two hundred fourth three (243) days on earth. So seven Venus days is one thousand seven hundred one (1701) days on earth. This answer is talking about the rotation period of 243 Earth days. This is called a sidereal day. However there's also the solar day. That's about 117 Earth days.
It's about 224.7 Earth days.
one day on venus is 59 earth-days long
There are 243 Earth days for a Venus day - but a Venus year is just under 225 Earth days. Therefore - a day on Venus is longer than a year !
It takes about 243 days for Venus to rotate once. This is called a sidereal day. However Venus has a "solar day" of about 117 Earth days. The solar day is how long the Sun takes to move across the sky from noon to noon. This depends not just on the spin of a planet ,but also on it's journey round the Sun.
the answer is 2430 earth days