Our Sun's classification, based on spectral class, is a main sequence G2V star. It is informally designated as a yellow dwarf star. It appears white from space, but yellow on earth due to scattering of the blue spectrum in our atmosphere. G2 indicates its surface temperature of approximately 5778 K (5500 °C), and V indicates that the Sun is a main sequence star.
The Sun is a star.
The Moon is a natural satellite and the Sun is a star. The Moon is not a star. Neither the Moon nor the Sun are planets.
The star that Earth orbits is the only star that we call the sun. That said, if you lived on a planet orbiting another star, you would probably call that star the sun.
The Sun is a star also a ball of gas that is of course as we all know is boiling hot.
the sun is. It is also the ONLY star in THIS solar system.
The sun, our sun is an example of a main sequence star. G2 category. Very common.
medium-sized star.
Because the sun is actually a star. Planets by definition Orbit a star. The sun does not orbit anything and is a huge ball of mainly Hydrogen and Helium.
Not really. Its mass is 1.8 times that of the Sun, which is a mid-sized star. So while Altair is bigger than the Sun, it is not in the same category as Betelgeuse as an example of a giant star.
The Sun is a star. Blue is the hottest. They fit into the Class O category, greater than or equal to 33,000K. Yellow stars (like the Sun) are in class G, and are between 5,200K and 6000k
To my knowledge, the stars have their own energy and they will be generally surrounded by some planets. So SUN falls in this category. It has its own source of energy.
The color of a star is not an indicator of size. While yellow supergiants exist, most yellow stars, such as our sun, fall into the category of yellow dwarf.
No, The sun is seen as a sun and not a star. Our sun is a star.
The Sun is a star.
The Sun is a star.
the star is a sun
The Sun is a star.