6 light years is equivalent to 56,763,170,429,276 kilometers.
Their distance varies considerably but even the closest are unimaginably far away. The closest star to us apart from the sun is Proxima Centauri at 4.2 light years away. while Deneb, one of the farthest visible to the unaided eye, is about 2,600 light years away. Many stars are much farther away, too far to bee seen without a telescope. A light year is the distance that light travels in a year, about 6 trillion miles. To get a better idea of how huge this is, light travels at about 186,300 miles per second. At this speed it would travel around the world in about an eight of a second, and yet it takes years, even centuries, to reach us from the stars we see at night.
Alpha Centauri B is about 4.37 light years away from our sun. One light year is about 5,878,625,373,183.61 (almost 6 trillion) miles away. So that means that Alpha Centauri B is about 25,689,592,880,812.38 (about 26 trillion) miles from our sun. If you look at it in kilometers one light year equals 9,460,730,472,580.8 km (about 10 trillion km). So that means that Alpha Centauri B is about 41,343,392,165,178.1 (about 41.5 trillion) kilometers away or about 41 petameters.
Barnard's Star is the Fourth closest star from the sun, after the Centauri Trio, and it's 1.8 parsecs from the sun. It is too faint to be seen with the naked eye. It's a tiny dwarf star and it's much smaller than our sun. 1 parsec = 3.262 light years. 1 parsec = 19,176,075,967,324.937 miles. 1 light year = 5,878,499,814,186.5 miles.
Obviously the closest star is our own sun (Sol) at 149,597,892 kilometers (92,955,820.5 miles). Then comes Proxima Centauri at 4.2 light years, Alpha Centauri A and Alpha Centauri B at 4.3 ly, Barnard's Star at 6 ly and Wolf 359 at 7.7 ly.
Yes, stars are extremely far away compared to the planets. The next closest star to our sun is 285,000 AU away. Neptune, the furthest planet from the sun, is 15 AU away. So the closest star to our sun is nearly 20,000 times as far as the most distant planet in our solar system. The rest of the stars in our galaxy range from 6 light years to about 80,000 light years in distance from us.
Barnard's star is about 6 light years away from the sun.
Barnard's Star is approximately 6 light years away.
Barnard's Star is about 6 light years away.
A message traveling at the speed of light would take 6 years to reach a location 6 light-years away. To convert that into minutes, you would need to multiply 6 years by the number of minutes in a year (525,600). This calculation would show you how many minutes it would take for the message to travel 6 light-years.
6 planets and the lengh of a year is 29 years of earth
Jupiter is an average of 778,547,200 miles from the Sun. That is the equivalent of 0.00008 light years. Light travels about 6 trillion miles in one year.
The man is 9 feet away from the street light.
In vacuum it will travel approx 57 trillion kilometres.
Their distance varies considerably but even the closest are unimaginably far away. The closest star to us apart from the sun is Proxima Centauri at 4.2 light years away. while Deneb, one of the farthest visible to the unaided eye, is about 2,600 light years away. Many stars are much farther away, too far to bee seen without a telescope. A light year is the distance that light travels in a year, about 6 trillion miles. To get a better idea of how huge this is, light travels at about 186,300 miles per second. At this speed it would travel around the world in about an eight of a second, and yet it takes years, even centuries, to reach us from the stars we see at night.
6 years and 9 months to get there and it is 746 million miles away
If the message is sent by radio, then it takes 6 years to reach you.If by USPS, then somewhat longer.
About 6 miles.