Spica is the brightest star in the constellation Virgo.
It has a spectral type of B1 and has a temperature of 22,400oK
The color of a star is the result of its temperature. A blue color indicates a higher temperature than a yellow color such as that of our own sun.
blue its letter is b
blue! wow that is my test question!
Blue White
The blue giant Spica (part of the binary system Alpha Virginis) has about 10.25 times the mass of our Sun.
Spica (Alpha Virginis) is the brightest star in the constellation Virgo.It is actually a binary star, comprising of two close orbiting stars.The primary has a spectral class of B1 and the secondary B2. They are both blue giants.
spica is hotter. even though btelgeuse is bigger it is not as hot as spica
Spica is a dual star system, with the two members too close for resolution by the best telescopes. The larger, primary star is a blue-white giant, and does have the potential to end it's life as a supernova. The primary is not a main sequence star. The secondary, about 70% the size of the primary, is a main sequence star, also blue white.
Blue White
blue its letter is b
Virgo is a constellation, not a star. The brightest star in Virgo is Spica, which is a blue giant.
The blue giant Spica (part of the binary system Alpha Virginis) has about 10.25 times the mass of our Sun.
NIcolus Copernicus did many observations on the spica but no one knows who discoveed the Spica Star
Spica (Alpha Virginis) is the brightest star in the constellation Virgo.It is actually a binary star, comprising of two close orbiting stars.The primary has a spectral class of B1 and the secondary B2. They are both blue giants.
spica is the brightess star in virgo. it is blue. 200 lightyears away. it is 2400k
spica is hotter. even though btelgeuse is bigger it is not as hot as spica
YES, Spica is in Virgo.It is the brightest star in the constellation.
spica
Spica is the brightest star in the constellation Virgo.It has a spectral type of B1 and has a temperature of 22,400oK
Spica is a dual star system, with the two members too close for resolution by the best telescopes. The larger, primary star is a blue-white giant, and does have the potential to end it's life as a supernova. The primary is not a main sequence star. The secondary, about 70% the size of the primary, is a main sequence star, also blue white.