Once you travel to the Sun, you won't be going anywhere else.
Oh, this is just a THOUGHT-experiment? The precise distance varies, as both the Earth and Venus are in elliptical orbits, but in general the Earth is ABOUT 93,000,000 miles from the Sun, and Venus is ABOUT 67,000,000 miles from the Sun. So, ABOUT 160,000,000 miles for the trip.
The Sun would appear about 1/3 smaller from Venus compared to how it appears from Earth. This is because Venus is closer to the Sun than Earth, so its diameter is larger in the sky when viewed from Venus.
Because Venus has less distance to travel, and it has a faster orbital speed than the Earth.
The planets located between the sun and Earth are Mercury and Venus. Mercury is the closest planet to the sun, followed by Venus before reaching Earth.
Jupiter. Or if you want to know what form comes after mars, It would be the astriod belt.
It takes 224.7 earth days to travel around the sun
Venus revolves around the sun, not the earth.
The Sun would appear about 1/3 smaller from Venus compared to how it appears from Earth. This is because Venus is closer to the Sun than Earth, so its diameter is larger in the sky when viewed from Venus.
Venus because it is closer to the sun than Earth.
It takes about 224.7 Earth days for Venus to travel around the Sun. This is also known as Venus' period of revolution.
Venus orbits the sun.
No, Venus is closer to the Sun than the Earth.
Because Venus has less distance to travel, and it has a faster orbital speed than the Earth.
No. It would be very bad if they did, as it would likely lead to Earth and Venus colliding. Earth averages about 93 million miles from the sun while Venus averages about 67 million miles.
Practical Answer If the distance between Earth and Venus is to be maximum, then the two planets would have to be on opposite sides of the Sun. There would be no way to send radio waves to Venus in this situation as the waves cannot travel through the Sun. So, in reality, this question has no answer.Theoretical Answer For the sake of curiosity, lets assume the waves travel through the Sun in a straight line.: Earth's average distance from the sun = 93,000,000 miles Venus' average distance from the sun = 67,200,000 miles Max separation (opposite directions from the sun) = 160,200,000 miles Speed of radio (light) = 186,282 mi/sec Time for a radio or radar return = 2 x (160,200,000 / 186,282) = 1,720 seconds = 28-2/3 minutes(rounded)
When the moon is full, it is on exactly the opposite side of the Earth from the sun. A map of this would have the sun on the right side of a piece of paper, then Earth to its left followed by the moon to the left of the Earth.When Venus is full in the sky, it is on the opposite side of the sun from Earth. A drawing of this would have Venus all the way to the left, followed by the sun, then the Earth in a straight line (or vice versa), as long as they are directly on either side of the sun.
Venus Earth
No, Venus is closer to the Sun than the Earth.