Assuming you mean "parsec", that's about 3.26 light-years.
1.5 billion stars per 1000 light years.
The number of years in a second... by definition!
The Ha'tak goa'uld mothership can travel 10 light-years per year with the hyperdrive. This is approximately 0.001 light-years per hour.The Prometheus (it is a BC-303 model) can travel 32 light-years per year with the hyperdrive. This is approximately 0.007 light-years per hour.The Odyssey (It is a BC-304 model) can travel 60 millions light-years per year with the hyperdrive. This is approximately 6849 light-years per hour.Other BC-304 models have the same hyperdrive as the Odyssey.
I think what you are asking is how many hours it takes light to travel 310 light-years. If that is what you meant, then it takes light about 2,717,460 hours to travel 310 light-years. 310 x 365.25 x 24
They really are not comparable. Light travels 186,000 miles per second, and one AU is about 8.3 light-MINUTES. You can probably do the math, from minutes to hours to days to years as well as I can. Or, you could google "1000 light years in AU" and get the answer
A light year is the distance traveled by light at a speed of 186,000 miles per second in a year. So the answer would be insignificant and hardly noticed.
light travels at 175000 miles per second divide 500million by 175000 and you will see how many seconds it takes a light year is 175000x seconds in a year try it
Oh, what a lovely question! Light travels about 5.88 trillion miles in just one year. So, if we multiply that by fifteen, we find that light travels approximately 88.2 trillion miles in fifteen years. Isn't that just amazing to think about?
Light years are a measure of distance, not time. This is a common mistake. As calendar years are a measure of time and light years measure distance, it is impossible to compare the two.
Alpha Centauri is 4.37 light-years away from Earth, which means it takes light, the fastest thing in the universe, 4.37 years to travel that distance. Although light travels at a speed of about 186,282 miles per second, the vastness of space makes this journey take years.
Well the answer is in the question. A light year is the distance it takes light to travel in one year. If something is a 100 light years away, then it will take light ..........
The frequency of the wave.