One trillion light years away from Earth would be an extremely distant region in the Universe, likely beyond the observable Universe. The vastness of such a distance makes it difficult to comprehend, but it would likely be in a remote part of space where galaxies and other cosmic structures are spread far apart.
To convert the distance of V391 Pegasi b from light years to kilometers, multiply 4570 light years by 9.46 trillion kilometers. This calculation results in approximately 43.2 trillion kilometers (43,203,200,000,000 km). Thus, V391 Pegasi b is about 43.2 trillion kilometers away from Earth.
About 4.2 light years from earth. and its ProXima Centauri :)
To convert kilometers to light years, divide the distance in kilometers by the number of kilometers in a light year, which is approximately 9.46 trillion kilometers. Thus, 33.11 trillion kilometers is about 3.49 light years away (33.11 trillion km ÷ 9.46 trillion km/light year ≈ 3.49 light years).
Proxima Centauri is the the closet star besides the Earth to the sun. It is 4.2 light years from the Earth.
Ananke is a moon of Jupiter, and like the Earth, all orbit the Sun, and so the distance varies.
Pollux is approximately 33.78 light-years away from Earth, which is equivalent to about 198 trillion miles.
To convert the distance of V391 Pegasi b from light years to kilometers, multiply 4570 light years by 9.46 trillion kilometers. This calculation results in approximately 43.2 trillion kilometers (43,203,200,000,000 km). Thus, V391 Pegasi b is about 43.2 trillion kilometers away from Earth.
1 trillion years ... roughly 72 times the estimated age of the universe since the big bang
of course it 's infinitly possible trillions of times over
About 4.2 light years from earth. and its ProXima Centauri :)
Sirius is about 8.6 light years away which works out to about 50,600,000,000,000 (50.6 trillion) miles away.
To convert kilometers to light years, divide the distance in kilometers by the number of kilometers in a light year, which is approximately 9.46 trillion kilometers. Thus, 33.11 trillion kilometers is about 3.49 light years away (33.11 trillion km ÷ 9.46 trillion km/light year ≈ 3.49 light years).
It is about 490 million light years away. A light year is a measure of distance, based on light travelling about 9.4 trillion kilometres in a year or about 5.9 trillion miles in a year.
Pollux is 35 Light-Years away from Earth. (I got my info from my earth science book from school.)
A distance of 40 light years is approximately 377 trillion kilometers or 235 trillion miles away.
The edge of the Milky Way Galaxy is approximately 100,000 light-years away from Earth. Since one light-year is about 9.46 trillion meters, this translates to roughly 946 trillion kilometers, or about 946,000,000,000,000 meters. Therefore, the distance from Earth to the edge of the Milky Way is around 100,000 light-years, equivalent to about 946 trillion meters.
our sun of course and then Proxima Centauri at 4.24 light-years away. Alpha Centauri is at 4.37 light-years, and then Barnard's star at 5.97 light-years away so proxima centuari is approximately 25,000,000,000,000.(25 trillion miles)