I assume you mean between Earth and the other planets.
Earth to Mercury is between 77.3 million and
Earth to Venus is between 40 million and
Earth to Mars is between 56 million and
Earth to Jupiter is between 893 million and 964 million km
Earth to Saturn is between 1.2 billion and 1.6 billion km
Earth to Uranus is between 2.57 billion and
Earth to Neptune is between 4.3 billion and
Earth to Pluto (even though Pluto isn't technically a planet, we all like Pluto, so here are its distances) is between 4.28 billion and
Because stars are much, much further away than planets are. What sounds better? The nearest star is 4.24 lightyears away or 40,132,658,900,000 (Or 4.013x10^13) kilometers? To go even deeper, it's better to give distance in astronomical units (1 au = Mean distance from Sun to Earth), megameters (1Mm = 1,000km) or gigameters (1Gm = 1,000,000km) when refering to planets. When refering to distance, it's best and least confusing to use smaller units. If you reference somoething extremely far away, you would often use parsecs (Be it parsecs, megaparsecs, etc.). where 1 parsec = 3.2 lightyears.
Jupiter's average distance from the Earth is 628.76106 kilometers......The actual distance from Earth to Jupiter varies constantly as the two planets orbit the Sun, and can be any distance between 588.4 million and 968.6 million kilometers.The distance between the average radii of their orbits is about 629 million kilometers. (Earth 149.6 million kilometers to Jupiter's 778.5 million kilometers)To travel between the planets would require a much longer, curved path than the simple distance between their positions.11.85920 days
Depending on where Mercury is relative to the Earth as the two planets orbit the sun, the distance from Mercury to Earth varies from 77.3x106km to 221.9x106km.
Planet diameter, in kilometers, in order of distance from sunMercury - - - -4,880Venus - - - - -12,104Earth - - - - 12,756Mars - - - - - 6,794Jupiter - - 142,984Saturn - - 120,536Uranus - - - 51,118Neptune - - - 49,53
The distance from Mercury to the Earth varies greatly as both planets orbit the Sun. At its closest approach, Mercury is about 77 million kilometers (48 million miles) from Earth*. At its farthest, about 222 million kilometers (138 million miles).*The average distance from the Sun for Mercury is about 58 million kilometers, and Earth's is about 150 million kilomters. So the average distance between their orbits is about 92 million kilometers (57 million miles). However, the closest distance would occur when Mercury was at its farthest point in its elliptical orbit, the Earth at its closest point, and both planets were aligned in a straight line, on the same side of the Sun.
When Venus is farthest from the Sun and Earth is at its closest, the distance between Venus and Earth can be as low as 39.5 million kilometers (23.6 million miles). The average distance between the planets' orbital distances is 41.4 million kilometers or about 25.7 million miles.Because the planets orbit at different speeds, the distance at any given time will be much larger, up to a maximum of about 261 million kilometers.
The distance between venus & earth is 48 million kilometers. (Note that the distance given between both the planets has been considered with reference to the Sun.That's suppose when all three are on a line.)
Because stars are much, much further away than planets are. What sounds better? The nearest star is 4.24 lightyears away or 40,132,658,900,000 (Or 4.013x10^13) kilometers? To go even deeper, it's better to give distance in astronomical units (1 au = Mean distance from Sun to Earth), megameters (1Mm = 1,000km) or gigameters (1Gm = 1,000,000km) when refering to planets. When refering to distance, it's best and least confusing to use smaller units. If you reference somoething extremely far away, you would often use parsecs (Be it parsecs, megaparsecs, etc.). where 1 parsec = 3.2 lightyears.
Mars is at an average distance of 1.13 AU from Mercury. This is about 105,040,062 miles. Distance is given in AU or astronomical units which represents the distance from the sun to Earth. One AU is equal to 149,598,000 kilometers or 92,955,807 miles.
Jupiter's average distance from the Earth is 628.76106 kilometers......The actual distance from Earth to Jupiter varies constantly as the two planets orbit the Sun, and can be any distance between 588.4 million and 968.6 million kilometers.The distance between the average radii of their orbits is about 629 million kilometers. (Earth 149.6 million kilometers to Jupiter's 778.5 million kilometers)To travel between the planets would require a much longer, curved path than the simple distance between their positions.11.85920 days
The average distance between the Earth and Neptune is about 4.5 billion kilometers. This is the average distance because the distance between these planets changes due to their orbits about the sun. While the minimum distance between them is 4.31 billion kilometers, the maximum is about 4.69 billion kilometers.
Depending on where Mercury is relative to the Earth as the two planets orbit the sun, the distance from Mercury to Earth varies from 77.3x106km to 221.9x106km.
Mercury is 46 million kilometers (28.5 million miles) from the Sun
Depending on where Mercury is relative to the Earth as the two planets orbit the sun, the distance from Mercury to Earth varies from 77.3x106km to 221.9x106km.
The conversion between miles and km are given .On finding the relation we get as follows . we know , 1 km =0.621 miles . distance of miles and kilometers is 0.621 in miles.
The distance of Mercury from the sun is 57,910,000 kilometers while Venus is 108,200,000 kilometers away. The Earth is 149,600,000 kilometers away from the sun while Mars is 227,940,000 kilometers apart from it. The largest planet, Jupiter is 778,330,000 kilometers distant from the sun while Saturn is 1,424,600,000 kilometers away. The last three planets namely Uranus, Neptune, and Pluto are 2,873,550,000 kilometers, 4,501,000,000 kilometers, and 5,945,900,000 kilometers away from the sun respectively.
There needs to be a drawing before an answer can be given.