First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.
The distance of one light year, in light years, is exactly 1.
Well, isn't that a fascinating question! Imagine 28 lightyears as a journey through the vastness of space, where light travels for 28 years to reach its destination. It's like a beautiful painting unfolding in the cosmos, showing us just how immense and wondrous our universe truly is.
4085 is a pure number. A light year is a measure of distance whose numeric value depends on the units used. There is, therefore, no sensible answer to the question.
Mathematicians do!
Astronomers use the unit of measure "Light Years" to calculate the distance between pretty much anything in the Universe.
universe's equator distance is about 150,000,000,000 light years.
light-years, parsecs, and megaparsecs
Twenty eight light years is a unit of distance used to measure vast distances in space. It is equal to the distance that light travels in 28 years, which is approximately 168 trillion miles or 270 trillion kilometers. This distance is used to measure the scale of our universe.
No, 'years' is a measure of time and 'light years' is a measure of distance.
light years
Zero. Light years are a measure of distance, not time.
it is either light years or kilometers
Light-year is a physical measurement related to Universe Issues, and it comprises huge distances across the Universe. People's years is a measurement related to the lifespan, not only for humans but also for all living creatures. The difference is that People years is a measure only related to life, while light-years is not. The point is that a light year is a measure of distance NOT time. It does get people confused sometimes. It's how far light goes in a year.
587 light years is a unit of distance, not time. It represents the distance that light travels in 587 years.
A light year is a measure of distance, not time. It is the distance light travels in a year.
That would be the distance from one edge of the Known Universe to the other. As the Known Universe is believed to be approximately 15 billion years old, that would be 30 billion light years in diameter.