Yes. Around 76% of the stars are low luminosity stars.
The most common type is main-sequence stars. This is a fairly broad category; within it, the most common type is red dwarves.
The most abundant type of stars is red dwarves.
Stars come in different shapes, sizes, colors. This is due to the amount of spectra and temperature in each for classifying stars.Astronomers often use the Hertzsprung-Russell (H-R) Diagram plots stars color, temperature, luminosity, spectral type, and even evolutionary type.
There are millions of stars that fit that description. On the Main Sequence a star needs a spectrum of type A to be around 9000 degrees, and 1 to 20 times the luminosity of the Sun means an absolute magnitude in the range 1.2 to 4.7. For example Sirius.
the most common are stars, moons, planets, and some others are asteriods, comets, and meteors
Some aspect is variable, usually their luminosity.
The most common type is main-sequence stars. This is a fairly broad category; within it, the most common type is red dwarves.
Main sequence stars
The most common stars are Red Dwarfs. It is probable that up to 80% of all stars in the universe are red dwarfs. They are not visible on the on the H-R Diagram because they are hard to observe from Earth due to their low-luminosity. In contrast O-type and B-type supergiants are extremely rare. The reason for this is because they evolve and die quickly.
Red Dwarf Stars
I read on Wikipedia that O-type stars can be a milllion times brighter than our Sun.
The analysis is done for individual stars.
The red giants like Betelgeuse and Antares are bright and - relatively - cool.
The red giants like Betelgeuse and Antares are bright and - relatively - cool.
The red giants like Betelgeuse and Antares are bright and - relatively - cool.
Red Dwarf Stars
Yellow stars with low strength hydrogen lines. This type includes the modern "G" and "K" types and the old "F" type, and among the stars of this type: the sun and arthropods.