Alpha Centauri A - It is 4.365 light years away and has a spectral class of G2V the same as our Sun
Capella (Alpha Aurigae) is a yellow dwarf star in the constellation Auriga.It has a spectral class of G8
If you are referring to the Yerkes spectral classification, a Class IV star is known as a subgiant.
Any star that has a spectral class of K is classed as an orange star.There are many:BetelgeuseAntaresProxima CentauriBarnard's starGliese 581
Beta Virginis (Zavijava) is a star in the constellation Virgo.It has a spectral class of F9V which means it is a main sequence star with a colour of yellow-white.
Acamar is spectral class A4, which makes it bluish-white.
A star with a spectral class of O is classified as a Blue Star. A red star will have a spectral class of M See related question
Eta Pegasi (Matar) is a star in the constellation Pegasus.It has a spectral type of G2 so it has a colour of yellow.Matar has the same spectral class as our Sun
A star with luminosity class VI under the Yerkes Spectral Classification System. They have luminosity 1.5 to 2 magnitudes lower than main-sequence stars of the same spectral type.
Sirius is a double star. The brighter component ... the one you actually notice in the night sky ... is spectral class A1V. The faint 'secondary' component is spectral class DA2.
It is an orange giant with a spectral class of K3....
It is an orange giant with a spectral class of K3....
Based on what? Luminosity, distance or spectral class?
Red stars (Red dwarfs and red giants) have a spectral class of M.
The star Baham or Theta Pegasi is a white main sequence star of spectral class A0Vp approximately 67 light years from earth.
Red stars (Red dwarfs and red giants) have a spectral class of M.
Zibal (Zeta Eridani) has a spectral class of A5 which means it is a white to white-blue star on the main sequence.
Capella (Alpha Aurigae) is a yellow dwarf star in the constellation Auriga.It has a spectral class of G8