25 000
spica is hotter. even though btelgeuse is bigger it is not as hot as spica
All stars are hot. A white star is hotter than average with e temperature of about 7,200 to 9,200 degrees Celsius.
Spica is a binary star system consisting of two massive stars. The primary star in the system is a blue subgiant star, while the secondary star is a slightly smaller blue main-sequence star. Both stars are hot and luminous.
Spica A, the primary component of the binary star system Spica, is a blue giant star. Its spectral type is B1 III, indicating that it emits a significant amount of blue and ultraviolet light. This blue coloration is characteristic of hot stars, which have surface temperatures exceeding 20,000 Kelvin.
Yes. Our Sun is also a yellow star and it is about 5,500 degrees Celsius on the outside. It is about 13,700,000 Celsius at the core. Our Sun is considered average compared to a blue star witch is the hottest kind of star in the universe, measuring over 100,000,000 Celsius at the core. One of them is Zeta Orionis.
Spica, a binary star system in the constellation Virgo, has a surface temperature of approximately 22,400 Kelvin (about 22,100 degrees Celsius or 39,800 degrees Fahrenheit). This high temperature categorizes Spica as a blue giant star, which contributes to its bright luminosity. Its intense heat results in a blue color, characteristic of hot, massive stars.
spica is hotter. even though btelgeuse is bigger it is not as hot as spica
Spica is the brightest star in the constellation Virgo.It has a spectral type of B1 and has a temperature of 22,400oK
11 million degrees Celsius
Extremely hot. It'll burn you without touching it
4,666 degrees Celsius is extremely hot. 4,666 degrees Celsius is equal to 8,430.8 degrees Fahrenheit.
All stars are hot. A white star is hotter than average with e temperature of about 7,200 to 9,200 degrees Celsius.
48 degrees Celsius = 118.4 degrees Fahrenheit
pretty hot it is 50 degrees Celsius higher then boiling water
Spica is a binary star system consisting of two massive stars. The primary star in the system is a blue subgiant star, while the secondary star is a slightly smaller blue main-sequence star. Both stars are hot and luminous.
50 degrees Celsius equates to 122 degrees Fahrenheit.
2,647.5 degrees fahrenheit is 1,453.1 degrees celsius.2,647.5 degrees celsius is 4,797.5 degrees fahrenheit.