The surface temperature of Al Tarf (or Altarf) is 4039 K.
The surface temperature of the star Al Tarf (Tarf) is estimated to be around 5,500 degrees Celsius.
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Beta Cancri (Tarf or Al Tarf) is the brightest star in the constellation Cancer.It is an orange K type giant so will have a temperature between 3,700 and 5,200oK
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Beta Cancri, also known as Tarf, is a binary star system located in the constellation of Cancer. The primary star is a giant star with a diameter over 10 times that of the Sun. The exact size of Beta Cancri depends on which star in the binary system is being referred to.
Beta Cancri (Al Tarf) is the brightest star in the constellation Cancer.It is located about 290 light years from us.
Some major stars in the constellation of Cancer include Al Tarf (Beta Cancri), Acubens (Alpha Cancri), and Asellus Australis (Delta Cancri). These stars are mostly binary or multiple star systems, with varying spectral types such as K-type and F-type stars.
The brightest stars in the Cancer constellation are Al Tarf (Beta Cancri) and Acubens (Alpha Cancri). These two stars are the most prominent in the constellation and can be easily spotted in the night sky.
Fum al Samakah, also known as HD 18842, is a yellow-white main-sequence star located around 149 light-years away from Earth. It is similar in size and temperature to our Sun, but slightly larger and brighter.
Delta Columbae (Ghusn al Zaitun) is a binary yellow giant star in the constellation Columba.They both have a spectral type of G7 so they will have a temperature about 5,280 Kelvin
Alpha Piscium (α Psc / α Piscium) is a star in the constellation Pisces.It is a binary star system. The main star has a spectral class of A0 while it's companion is A3They both will have a temperature of 7,500 - 10,000 K and will have the colour white to blue-white.
Constellations like Pisces do not have a specific surface temperature, as they are composed of numerous stars at varying distances and temperatures. The stars within Pisces, such as Alrescha and Fum al Samakah, have their own distinct temperatures, ranging from cooler stars around 3,000 K to hotter ones exceeding 10,000 K. Thus, the "surface temperature" of a constellation cannot be defined in a singular manner.