260 +/- 20 parsecs.
It shines as brightly because of the distance it has from earth and it has to do with how old the star is.
Betelgeuse is about 391.53 light years from Rigel. Here's a bit of mathematics about working out this distance: The distance ("a") from Earth to Betelgeuse is about 427 light years and the distance ("b") from Earth to Rigel is about 772 light years. The angle between the two stars from Earth is 18.56 degrees. Knowing these three numbers, we can now use the "law of cosines" to calculate the distance (c) between the stars: c = square root of (a2+ b2- 2ab x cosine of the angle). (In fact, we don't really know the distances to these stars as accurately as this answer may seem to suggest.)
The Earth will be long destroyed by our own sun before that happens.
Away, at around 18 km/s.
Rigel is brighter.
"Normal Years" is a measure of time. "Rigel from Earth" is a measure of distance. There is no answer to this question.
Rigel is 260 +/-20 parsecs away.
Distances between stars are not measured in miles: that is like measuring the distance from the Earth to the Sun in thousandths of an inch! However, since you asked, Rigel is approx 5 quadrillion miles away.
It shines as brightly because of the distance it has from earth and it has to do with how old the star is.
Betelgeuse is about 391.53 light years from Rigel. Here's a bit of mathematics about working out this distance: The distance ("a") from Earth to Betelgeuse is about 427 light years and the distance ("b") from Earth to Rigel is about 772 light years. The angle between the two stars from Earth is 18.56 degrees. Knowing these three numbers, we can now use the "law of cosines" to calculate the distance (c) between the stars: c = square root of (a2+ b2- 2ab x cosine of the angle). (In fact, we don't really know the distances to these stars as accurately as this answer may seem to suggest.)
Rigel is in the same galaxy as Earth is, which is the Milky Way.
In the star Rigel, 100,000,000 roughly.
They would both be bright enough to be seen by, and probably too bright to look at
No, it is not.
Rigel has a greater absolute magnitude than Sirius but apears dimmer from Earth do to the farther distance the light waves must travel through space (just a little more information : ), but there are probably alot more stars around that distance
Rigel is in the constellation of Orion the hunter, it is visible from Earth during the period of Northern Winter - at night.
Approx 260 +/- 20 parsecs.