Zaurak or Gamma Eridani is a Red Giant star of spectral type M0.5 III Ca-ICr. It is approximately 150 ly from Earth.
It is a white dwarf.
In the original its usually white with a little black.
Its color is white, perhaps slightly bluish. Its spectral type has the letter A. It is Greek letter alpha in its constellation.
The light that comes from the star. The light is spread out into its spectrum and the pattern of spectral lines allow the composition (and temperature) to be determined. The temp can also be found by looking at the black body curve for the star (also from spectrum), or, by looking at the color of the star (difference in intensity of the light through two different color filters typically B and V. The light that comes from the star. The light is spread out into its spectrum and the pattern of spectral lines allow the composition (and temperature) to be determined. The temp can also be found by looking at the black body curve for the star (also from spectrum), or, by looking at the color of the star (difference in intensity of the light through two different color filters typically B and V.
The color of a star comes from its temperature. The coolest stars appear red, while the hottest stars are blue. And for a star, the only thing that defines the temperature of a star is its mass. Blue stars are stars that have at least 3 times the mass of the Sun and up. Whether a star has 10 times the mass of the Sun or 150 solar masses, it's going to appear blue to our eyes. An example of a blue star is the familiar Rigel, the brightest star in the constellation Orion and the 6th brightest star in the sky. Astronomers calculate that Rigel is approximately 700 and 900 light-years away, and yet it appears almost as bright as a star like Sirius which is only 8.3 light-years away. The temperature of Rigel is approximately 11,000 Kelvin; it's this high temperature that accounts for Rigel's color. Rigel puts out about 40,000 times the energy of the Sun.
A space word that starts with z is Zaurak.
The color of the star Indicates its Temperature.
the color of the star regulus is blue-white
the color of a young star is *bluish white*
The hotter the star, the closer to white the color.
Bernard's star is an old red dwarf star and is the fourth closest star to the Sun. It is the color of red.
The color of a star is a good indicator of its temperature.
the color of the star regulus is blue-white
what type of star is a cursa star
No. The color is determined by the star's temperature, not location.
A star's color is related to its surface temperature.
The brightest star is Pineapple-loop and the color is purple.