Rigel is 860 +/- 80 ly away.
Rigel is approximately 860 light years away from Earth.
Rigel is approx 860 ly away.
Light from Rigel takes about 860 years to reach Earth. Rigel is approximately 860 light-years away from us, so the light we see today from Rigel actually started its journey towards Earth 860 years ago.
Rigel is about 860 light years from us. That equates to 5.05550984 × 1015 miles. So at 100mph, it would take 50,555,100,000,000 hours or 5.7673032 × 109 years (That's almost 6 billion years)
Despite being more intrinsically luminous than Sirius, Rigel appears dimmer in the sky due to its greater distance from Earth compared to Sirius. The brightness of a star as seen from Earth is influenced by both its intrinsic luminosity and its distance from us.
Rigel is approximately 860 light years away from Earth.
Rigel is approx 860 ly away.
Rigel, which is located in the Orion constellation, is approximately 860 light-years away from Earth. Altair, on the other hand, is a star in the Aquila constellation and is around 16.7 light-years away from us.
"Normal Years" is a measure of time. "Rigel from Earth" is a measure of distance. There is no answer to this question.
Light from Rigel takes about 860 years to reach Earth. Rigel is approximately 860 light-years away from us, so the light we see today from Rigel actually started its journey towards Earth 860 years ago.
Rigel is about 860 light years from us. That equates to 5.05550984 × 1015 miles. So at 100mph, it would take 50,555,100,000,000 hours or 5.7673032 × 109 years (That's almost 6 billion years)
Rigel is in Orion, but not in its belt. It is the very bright star at the bottom right as we look at Orion. It is estimated to be anything between 700 and 900 light years away. 700 light years would be about 6,612,165,304,151,910 kilometres and 900 light years would be about 8,501,335,391,052,460 kilometres.
No. Rigel is a star over 800 light years away from out solar system. The only star in the solar system is the sun.
Despite being more intrinsically luminous than Sirius, Rigel appears dimmer in the sky due to its greater distance from Earth compared to Sirius. The brightness of a star as seen from Earth is influenced by both its intrinsic luminosity and its distance from us.
rigel is the right foot of the constellation orion
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.)
Orion [See Link] is a constellation and thus has many stars of different distances from us.The nearest is GJ 3379 at around 17 light years.The brightest is Rigel at around 800 light years.