Venus has an average distance from the Sun that is about 108% of Earth's distance. This makes Venus the planet closest to having a distance from the Sun that is 150% of Earth's distance.
To calculate this speed, you need some more numbers, not just the distance from Earth to Sun. You need to know:* The gravitational constant * The distance from Earth to Sun * The mass of the Sun You DON'T need the mass of the Earth. Assume any mass; you can just call the mass of the Earth "m". Then calculate an expression for the gravitational attraction between Earth and Sun. Divide by the mass of the Earth, and you get a centripetal acceleration. Assuming a circular orbit for simplicity, the centripetal acceleration must be just this force. Use the formula for the centripetal acceleration along a circle (a = v squared / radius). (Don't forget to convert the distance from Earth to Sun, to meters!) Solve for "v".
To convert a planet's distance from the sun to Earth units, you can use the astronomical unit (AU) as a standard unit of measurement. 1 AU is approximately the average distance from the Earth to the Sun, which is about 93 million miles or 150 million kilometers. You can calculate the distance from the sun to a planet by expressing it in AU based on this conversion.
The distance between the Sun and the Earth is 1 AU (149.597 m km / 93 m miles) whereas the distance between the Sun and Venus is at an average of 0.723 AU (108. 200 m km / 67.625 m miles). So it can be called 72% of the Sun-Earth distance.
You can't say how close a single part of the earth is to the sun, since the earth is rotating. But the distance from the earth to the sun is 93,000,000 miles.
By unit of length and distance and conversion ,we can say that the distance from Earth to sun is calculated with the help of light years.
of course you can
Varying from the the distance from the Earth to the Moon + the distance from the sun to the earth + the distance from mercury to the sun, to the distance from the earth to the sun - the distance from mercury to the sun - the distance from the earth to the moon
distance earth from the sun
Venus has an average distance from the Sun that is about 108% of Earth's distance. This makes Venus the planet closest to having a distance from the Sun that is 150% of Earth's distance.
One austronomical unit or AU for short. AUs where made specifically for this
No, the moon and the sun are not the same distance from Earth. The average distance from the Earth to the moon is about 238,855 miles, while the average distance from the Earth to the sun is about 93 million miles.
To calculate this speed, you need some more numbers, not just the distance from Earth to Sun. You need to know:* The gravitational constant * The distance from Earth to Sun * The mass of the Sun You DON'T need the mass of the Earth. Assume any mass; you can just call the mass of the Earth "m". Then calculate an expression for the gravitational attraction between Earth and Sun. Divide by the mass of the Earth, and you get a centripetal acceleration. Assuming a circular orbit for simplicity, the centripetal acceleration must be just this force. Use the formula for the centripetal acceleration along a circle (a = v squared / radius). (Don't forget to convert the distance from Earth to Sun, to meters!) Solve for "v".
An AU, or astronomical unit, is defined as the average distance from Earth to the Sun. Therefore, the distance from Earth to the Sun equals 1 AU.
The distance to the sun is one astronomical unit (AU). The earth-sun distance is the basis for the AU.
To convert a planet's distance from the sun to Earth units, you can use the astronomical unit (AU) as a standard unit of measurement. 1 AU is approximately the average distance from the Earth to the Sun, which is about 93 million miles or 150 million kilometers. You can calculate the distance from the sun to a planet by expressing it in AU based on this conversion.
The average distance from the Sun to the Earth is one "astronomical unit" or "AU".