The distance of one light year, in light years, is exactly 1.
40,280,000,000,000 km
3.26 light years equals 3.08413226 × 10^13 kilometers.
The distance from the Earth to Saturn varies - depending on whether both planets are on the same or opposite sides of the sun. At their nearest the distance is approx 0.000127 light years.
"Kilometers" is a measurement scale (one I kilometer = 1000 meters) not a distance. To make it a distance you have to say how many kilometers you are asking about. For instance 10 kilometers is longer than 5 kilometers.
1 light-hour = 1.07925285 × 109 kilometers.
8 light years = 75685843780650 kilometers
Don't even try it. That is why we use light years to calculate distance. Your calculator will melt if you try.
Two Light Years = 18,921,460,945,161.6 Kilometers.
About 83 trillion kilometers in 8.8 light years.
1 light year = 9.4605284 × 1012 kilometers So, 8.6 light years = 8.136054424 × 1013 kilometers
1 light-year = 9.46*1012 kilometers 50,000 light-years = 4.73*1017 kilometers
255,439,722,759,681.62 kilometers
650 light years equates to 6.14934346 × 10^15 kilometers.
9,460,730,472,581 kilometers in one light year.
Light-years is a distance, not a time measurement. If you are asking how many light-years a person would have to travel to be outside of the Milky Way galaxy, the answer depends on the "direction" one wishes to use when exiting. The Milky Way, relatively speaking, is almost flat, with a thickness of only 9.26 quadrillion kilometers which is roughly 1000 light-years. While this sounds like a large distance, compare that to the width which is between 9,260 to 11,353 quadrillion kilometers or 100,000 to 120,000 light-years across. Therefore, if you went the thin way, it would be a maximum distance of 4.63 quadrillion kilometers or 500 light-years. If you went the thick way, the distance would be sufficiently larger.
15 light years = 1.42x10^14km
427.47 light years is the distance that light would travel in one year. Light travels at 186,000 miles per second. Multiply this times 60 seconds per minute times 60 minutes per hour times 24 hours per day times 365.25 days per year times 427.47 years to find miles.