1. The sun is bigger then the red dwarf.2. The sun produces bright electric-like light unlike the red dwarfs dim elctric-like light.3. The sun is highly recognized in our solar system, but the red dwarf is not.
Only a red dwarf star is red. Our Sun is a yellow dwarf. A red dwarf is red because it is cool, and cool colours are red whereas hot colours are white and blue.
Both the sun and a red dwarf are main sequence stars that produce heat and light by fusing hydrogen in their core and turning it into helium.
The sun is warmer than red stars. Red stars are cooler in temperature compared to the sun, which is classified as a yellow dwarf star.
No, the sun will eventually evolve into a red giant before shedding its outer layers and becoming a white dwarf. The white dwarf stage marks the end of its evolution, where it will slowly cool down over billions of years.
The sun is estimated to reach a size where it engulfs Mercury and Venus, likely extending out to Earth's orbit. This expansion is expected to happen in around 5 billion years as the sun evolves into a red giant before eventually collapsing into a white dwarf.
A red dwarf star is smaller, dimmer, and cooler than our sun.
White Dwarf, Sun, Red Giant, Supernova
Several times smaller than our Sun. Details vary, depending on the type of dwarf star (a red dwarf and a white dwarf are quite different things), and the exact mass.
Proxima centauri is the closest red dwarf star and is the closest star
Yes. A red dwarf
The sun will be a red giant for about 1 billion years before transitioning into a white dwarf.
Only a red dwarf star is red. Our Sun is a yellow dwarf. A red dwarf is red because it is cool, and cool colours are red whereas hot colours are white and blue.
Both the sun and a red dwarf are main sequence stars that produce heat and light by fusing hydrogen in their core and turning it into helium.
Like all main sequence stars, a red dwarf is powered by the fusion of hydrogen into helium.
Red dwarf stars are the commonest stars, at least in the region of space around our Sun.
It can range from 0.25 that of the Sun in a red dwarf to over 2,000 times that of the Sun in a hypergiant.
A stars evolution. Our Sun will go yellow dwarf -> red giant -> white dwarf -> black dwarf.