Spica has a surface temperature of 22,400K and an absolute magnitude of -3.55Rigel has a surface temperature of 11,000K and an absolute magnitude of -6.7So the question is incorrect.
yes. depends on the temperature of the liquid
Black dwarfs have the lowest surface temperature.
The surface temperature of Omega varies slightly. On average, the maximum surface temperature is 760 degrees Celsius, which converts to 1400 degrees Fahrenheit.
The planet with an average surface temperature of 14.6°C is Earth.
The average surface temperature of Spica, a binary star system in the constellation Virgo, is about 22,400 degrees Celsius. The primary star, Spica A, is a blue giant with a surface temperature of around 25,000 degrees Celsius.
The surface temperature of the star Spica is approximately 22,400 degrees Celsius.
Spica has a surface temperature of 22,400K and an absolute magnitude of -3.55Rigel has a surface temperature of 11,000K and an absolute magnitude of -6.7So the question is incorrect.
7.841 degrees
Spica is the brightest star in the constellation Virgo.It has a spectral type of B1 and has a temperature of 22,400oK
Sun
Spica appears blue because it emits more blue light compared to other colors. This is due to its high surface temperature, which causes it to emit light more in the blue part of the spectrum. The Earth's atmosphere can also scatter some of the star's colors, making it appear more blue when observed from Earth.
Spica actually consists of two stars very close together. Both are hotter than the sun. The brighter primary star has a temperature 22,400 Kelvin, and the secondary cooler star is 18,500 Kelvin. In comparison, the sun has an effective photosphere temperature of 5,778 Kelvin.
SPICA was created in 1932.
spica is hotter. even though btelgeuse is bigger it is not as hot as spica
Spica appears to be a bluish-white color. This is due to its classification as a B-type giant star, which emits a significant amount of blue light due to its high surface temperature, around 22,400 Kelvin. The intense heat causes it to radiate more energy in the blue and ultraviolet spectrum, giving it that distinctive hue when observed from Earth.
NIcolus Copernicus did many observations on the spica but no one knows who discoveed the Spica Star