roughly 2,596,840,000 km or 17.36AU (Astronomical Units, where one AU is the average sun to earth distance).
The minimum distance that Uranus is from the sun is 2,748,938,461 km or 18.37551863 AU - this is known as the perihelion and would be the closest point to Earths average orbit distance. The furthest distance that the earth would be from the sun (the aphelion) is 152,098,232 km or 1.01671388 AU. The closest that the two planets would get to each other is when they are aligned, on the same side of the sun, and when Uranus is at its minimum distance and Earth is at its furthest distance. This would be approximately 2,748,938,461 km minus 152,098,232 km = 2,596,840,229 km
The distannce from Earth to Uranus is:19.2 miles x earths distancewhich is 1,747,200,000
its 1,747,200,000
Venus can come within about 38.1 million kilometers (million miles) of Earth, but this mimimum distance very seldom occurs. The planet is at its closest to Earth about once every 584 Earth days, at a distance of from 38.1 to 44.6 million miles.
Depending on their orbital locations, Uranus will be between 2.59 and 3.16 billion kilometers from Earth.--- The average distance from the Sun for Uranus is 2,876,679,082 kilometers--- The average distance from the Sun for Earth is 149,597,887 kilometers.The average distance between the two is NOT the difference of 2,727,081,195 kilometers, but rather more closely approximated as the hypotenuse of a right triangle, or 2.88 billion km. The reason is that half of the time Earth and Uranus are on oppositesides of the Sun from each other, where the distance between them is maximized. Only about once a year are both planets "lined up" on the same side of the sun where the distance is minimized.
Because planets tend to move in an elliptical orbit, their distance from Earth changes. The minimum distance from Earth to the planet Uranus is 2.57 billion kilometres, or 1.6 billion miles. The maximum distance is 3.157 billion kilometres.
a minimum of 1.6 billion miles
Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus.
Uranus' orbital radius is about 19.22 times the average distance from Earth to the Sun (1 astronomical unit). This makes Uranus' average distance to the Sun approximately 19.22 astronomical units.
The sun will appear about 160 times smaller from Uranus compared to Earth due to the greater distance between Uranus and the sun. This is because Uranus is much further away from the sun than Earth is.
Uranus orbits at about twice the distance that Saturn does, and it is somewhat smaller. This makes it much fainter in the night sky.
It will vary quite consideraby depending on the position of each of the Planets.At one point, both planets will be on the same side of the Sun, and the distance will be quite small - astronomically - and at others, Uranus can be on the other side of the Earth at Aphelion, and the Earth on the opposite side of the Sun at Aphelion.So the distance will vary between.Closest: Earth at Aphelion and Uranus at Perihelion. Same sideFurthest: Earth at Aphelion and Uranus at Aphelion. Opposite side.Closest: 2,596,840,229 kmFurthest: 3,156,517,936 km
1,607,000,000 miles --------------------- Around the Vernal Equinox(es) (beginning of Spring) of the following few years (starting from 2010), the distance between Earth and Uranus will be approx. 20 + 1 = 21 A.U. Around the Autumn Equinox(es) (beginning of Autumn) of the following few years (starting from 2010), the distance between Earth and Uranus will be approx. 20 - 1 = 19 A.U. Around the end of June/beginning of July of the following few years (starting from 2010), the distance between Earth and Uranus will be approximately 20 A.U. Around the middle/end of December of the following few years (starting from 2010), the distance between Earth and Uranus will be approximately 20 A.U.