55 Cancri, also known as 55 Cancri A, is a star located about 40 light-years away in the constellation Cancer. Its effective temperature is approximately 5,200 Kelvin. This temperature is typical for a G-type main-sequence star, similar to our Sun, which has an effective temperature of about 5,800 Kelvin.
The surface temperature of the star Lota Cancri, also known as 55 Cancri A, is approximately 5,200 Kelvin. This temperature categorizes it as a G-type main-sequence star, similar to our Sun, which has a surface temperature of about 5,800 Kelvin. The relatively cooler temperature contributes to its yellowish appearance in the night sky.
55 Cancri is a star system located approximately 40.9 light-years away from Earth.
The star Alpha Cancri, also known as Acubens, is a binary star system with two stars. The primary star, Alpha Cancri A, has a surface temperature of approximately 6,300 Kelvin, while the secondary star, Alpha Cancri B, has a surface temperature of around 5,100 Kelvin.
55 Cancri (Rho Cancri) is a binary star in the constellation of Cancer.[See realted link for a wikistar map]It consists of a yellow dwarf star and a smaller red dwarf star.They are located about 41 light years from Earth and to date (2010) has the most extraosolar planets (5) discovered round a single star .
Delta Cancri, also known as Asellus Australis, has an effective surface temperature of approximately 4,950 K. This temperature classifies it as a spectral type A star, which is hotter than the Sun. Its brightness and temperature contribute to its visibility from Earth, making it one of the prominent stars in the constellation Cancer.
The surface is between 33-55 kelvins.
The surface temperature of the star Lota Cancri, also known as 55 Cancri A, is approximately 5,200 Kelvin. This temperature categorizes it as a G-type main-sequence star, similar to our Sun, which has a surface temperature of about 5,800 Kelvin. The relatively cooler temperature contributes to its yellowish appearance in the night sky.
55 Cancri
55 Cancri is a star system located approximately 40.9 light-years away from Earth.
55 cancri e is a diamond planet that is 40 light years away from Earth. And since of the heat from it's parent star the diamond are very clean but they aren't polished.
The star Alpha Cancri, also known as Acubens, is a binary star system with two stars. The primary star, Alpha Cancri A, has a surface temperature of approximately 6,300 Kelvin, while the secondary star, Alpha Cancri B, has a surface temperature of around 5,100 Kelvin.
The answer is 328.15 K (approx.). The Kelvin scale starts at absolute zero and is used in scientific laboratories. Celsius is for general use and set 0 and 100 as melting and boiling point of water respectively. To convert from C to K, add 273.15 to C.
55 Cancri, also known as Rho Cancri, is located approximately 41 light-years away from Earth in the constellation Cancer. This system is notable for its five known exoplanets, including a super-Earth. The distance makes it one of the closer star systems to our own, allowing for detailed study of its planetary system.
55 Cancri (Rho Cancri) is a binary star in the constellation of Cancer.[See realted link for a wikistar map]It consists of a yellow dwarf star and a smaller red dwarf star.They are located about 41 light years from Earth and to date (2010) has the most extraosolar planets (5) discovered round a single star .
Tegmine (Zeta Cancri) is in fact a four (possible five) star system.Zeta Cancri A - Yellow dwarf - type F - Approx temperature 6,000 - 7,500 KZeta Cancri B - Yellow dwarf - type F - Approx temperature 6,000 - 7,500 KZeta Cancri C - Yellow dwarf - type G - Approx temperature 5,200 - 6,000 KZeta Cancri D/E - Red dwarf - type F - Approx temperature < 3,700 KSee related link for more information
I'm not sure what the temperature is but i do know that its orbit isn't far behind earth so there isn't much of a difference. Edit : Neptune is along way from Earth and the temperature is much lower. The average temperature at the surface is about minus 220 degrees Celsius.
Add 273.15 to the number of Celsius degrees to get the same temperature in Kelvins.