At 5,878,625,373,183.607 miles / 1 light Year you will find the Oort Cloud. Its a distant group of icey and rocky material still caught by the Suns gravity. Many comets are believed to originate from there. There is also the possibilty that there is a Super Giant Planet there called Tyche, with a mass 15 times that of Jupiter.
36 000 000 mile = 0.000 006 123 880 620 8 light year [Julian] 36 000 000 mile = 0.000 006 124 011 421 light year [tropical] 36 000 000 mile = 0.000 006 128 075 059 6 light year [traditional] http://www.onlineconversion.com/astronomical.htm
It is 9 quadrillion 454 trillion 254 billion 955 million 488 thousand (9,454,254,955,488,000) metres away. OR... 94 trillion 542 billion 549 million 554 thousand 880 (94,542,549,554,880) kilometres away. OR... About 5 trillion 874 billion 601 million 671 thousand 792 (5,874,601,671,792) miles away.
The Oort Cloud is believed to be approximately at that distance.
The farthest known planets, and asteroids, in our own Solar System are just a tiny fraction of a light-year away; Neptune has an orbit with a radius of 0.00011 light years. The nearest star outside our Solar System has a distance of about 4.2 light-years.
The speed of Light c = 300,000m/sec. |Seconds per Year| = 3,600 secs/hr * 24 hrs/day = 86,400 sec/day.
Units ALWAYS must and do cancel. 86,400 sec/day * 365.25 days/year = 31,557,600 sec/year. So, 300,000 m/sec * 31,557,600 sec/year = 9,460,000,000,000,000 meters per year - the spatial stretch of a light-year. Compare to 'one AU - astronomical unit'!
31 light years equates to about 181.7 trillion miles. This is so far away that even if you were traveling at the speed of light it would still take you at least 31 years to get there.
There are about 5.88 trillion miles in a light year. So, the answer is: about 5.88 x 1000000000000 x 47000000000 miles, approximately.
That's 5.88 x 47 x 1021 miles = about 2.76 x 1023 miles.
A light-year is the distance light travels in a year. It is about 9.5 x 1015 meters.
Actually, anything that is about 6 trillion miles from Earth is 1 light-year away since that is how far light travels in one year.
the distance light travels in one year. light speed is 3E8 km/sec, so 1 light year is 300,000,000 km long.
38 years
Light years is a measure for distance, the distance light travels in one year. For the light to travel 587 light years, it takes 587 years.
if those are the only 4 options then the star that is 11.9 light years away is the closest
3.26 light years = 1 parsec 77.5 light years = 23.8 parsecs
36 light-years, or 11 parsecs.
3.0*10^1 light years.
30 years(in Apollo spacecrafts)
30 years
No - a light year is a unit of distance - not time so you can't convert.
According to Wikipedia, 480 ± 30 light years. The "±" refers to the estimated error.
Estimated at around 25-30 thousand Light Years away
The distance to Jupiter is better measured in light minutes. Depending on the relative positions in orbit the distance is anywhere between 30 and 70 light minutes. 0.000057 to 0.00013 light years
He was around 30 years old.
Maybe a very light dusting every 20 or 30 years
The Milky Way galaxy is approximately 100,000 light-years (30 kiloparsecs, 9x1017 km) in diameter, and is considered to be, on average, about 1,000 ly (0.3 kpc) thick .
Length 30 what? Inches? miles? light years? nanometres?
123.40351046845905 Earth years.