How long does it take Venus to revolve around the sun?
457555
Venus' sidereal year is about .6152 Earth years.  That's about 224.548 earth days.
787978
Hi, \n\nThe sun's orbit is 365.4 days. The actual length changes very little, but with a period of roughly 41,000 years.\n\nHope that helps, \nMatt
530982
It takes longer since it is furthest away from the sun.  since a year is how long a planet takes to orbit the sun, the farthest away you are, the longer it takes.
706526
the light takes 8+ minutes to get from the sun to the earth, but it was inside the sun for a long time before it actually made it to the suns surface and began its journey to the earth
6601
Acording to Kepler's first law of planetary motion, all objects obit other objects in eliptical paths.  This means that the distance from the earth to the sun is not constant.  The average distance is 149600 km or 92 957.1304 miles.  This means that it would take 1239.42 hours or 51 Days 15 hours.
767312
Mars takes 688 Earth days to orbit the Sun once.  This is a bit less than two Earth years (730 days), or not quite 6% less.  So about ten orbits, depending on when in 1987 you want to count from..
257834
A day on Venus is something in the region of 265 earth days long. So 7 days on Venus would be about 5 earth years long.
221827
by using the speed of light. As the Sun emits the light, it takes time to reach Earth. The speed and time taken is calculated to get the distance between the two. It takes about 7 minutes for the light to reach Earth. So looking at the sun from Earth is looking at the Sun 7 minutes ago!
1105887
No. The Earth's axis spins in a 46° diameter circle in a 26,000 year cycle. This motion is called precession. Polaris will be closest to the pole in about 100 years. In 14,000 years, Vega will be within 5° of the pole.
600116
Lets see now, Earth rotates aproximately once every 24 hours, thats one over 60 x 60 X 24, thats one over 86400 rotations per second. All the time we are doing that, consider this, we are also going around the sun at aproximately 66500 miles per hour.
224634
Venus, or jupiter. Find a fixed star close to the planet in question. If it moves relative to that star the next day, then it is Venus. If it takes a few days to notice movement, then it is jupiter. The planets closer to the sun will move faster to relative objects in the sky, those farther out will move slower....KECK
836386
It's visible from Earth at night with the naked eye so it has been known since ancient times. It appears as one of the brightest "stars" in the sky and is most noticeable in the early evening or early morning - it is sometimes called "The Morning Star" or "The Evening Star". Venus' orbit is shorter that the Earth's (only 225 Earth days) this means that it 'overtakes' the Earth every 584 days as it orbits the Sun. As it does so, it goes from being the 'Evening star', visible after sunset, to being the 'Morning star', visible before sunrise.\n\nSeveral other planets are visible at night without the aid of telescopes - in particular Mars, Jupiter and Saturn. These planets were observed to behave differently in their movements across the sky due to the fact that they are orbiting the Sun whilst "normal stars" remain static and their apparent motion is due to the Earth's own movement. For this reason the visible planets, including Venus, were known as "Wandering Stars".\n\nPythagoras is usually credited with recognizing that the morning and evening stars were a single body in the 6th Century BC, although he thought that Venus orbited the Earth. In the 17th Century Galileo found that Venus showed phases like the Moon's which he correctly stated could be possible only if Venus orbited the Sun.
212651
365.256366 Earth days around the Sun, if that's what you mean. Or 24 hours around its axis.
626709
Four hours.  The earth rotates through a full 360 degree circle in 24 hours, this means it rotates at the rate of 15 degrees and hour (360 divided by 24).  So it will take 4 hours to rotate through 60 degrees.
215975
one revolution of the earth around the sun
392956
It's not the length of the second; it's the number of days it takes the earth to go around the sun.  It takes about 365.26 days.  If the second were lengthened, and clocks stayed as they are, eventually it would be dark at noon.
235735
Depending on its position in the oval orbit it has around the sun, the earth gets sunlight 8.317 minutes after it is emitted from the sun.