55 Cancri (Rho Cancri) is a binary star in the constellation of Cancer.
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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 .
55 Cancri is a star system located approximately 40.9 light-years away from Earth.
Planet Eva, also known as 55 Cancri e, is an exoplanet that orbits the star 55 Cancri. It is a super-Earth exoplanet and is located about 41 light-years away from Earth in the constellation of Cancer.
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.
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.
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.
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.
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.
The radial velocity 55 Cancri e 0 1 2 is a binary star in the constellation of cancer. It is around 41 light years from the earth in 2010.
Alpha Cancri, Beta Cancri, Gamma Cancri, etc.
The named stars in that constellation are(in order of visible magnitude): alpha Cancri - Acubens, beta Cancri - Al Tarf, gamma Cancri - Asellus Borealis, delta Cancri - Asellus Australis, epsilon Cancri - Praesepe, zeta Cancri - Tegmine, lambda Cancri - Kwan Kei, ksi Cancri - Nahn.
Alpha Cancri, Beta Cancri, Gamma Cancri, etc.
The element with the most carbon in it is diamond, which is made up entirely of carbon atoms arranged in a crystal lattice structure. Carbohydrates such as sugars and starches also contain significant amounts of carbon.
Planet Eva, also known as 55 Cancri e, is an exoplanet that orbits the star 55 Cancri. It is a super-Earth exoplanet and is located about 41 light-years away from Earth in the constellation of Cancer.
The diamond planet, also known as 55 Cancri e, was discovered in 2004 orbiting the star 55 Cancri in the constellation of Cancer. It is a planet that scientists believe has a composition largely made up of carbon, which in extreme pressures and temperatures could potentially form diamonds.
Strictly speaking 8 planets. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus & Neptune.The most found around a ExtraSolar star is 5 around the star 55 Cancri A.The star is a yellow main sequence star of spectral type G8 V, with 0.95 solar masses and a diameter of 1.152 solar diameters.It is actually in a binary system with 55 Cancri B which is a very small Red dwarf with 0.13 solar masses, 0.3 solar diameters and a separation of 1,000 AU.The planets are :-55 Cancri Ae - Mass=0.034Mj - Semi Major Axis=0.038AU - Orbital Period=2.81705days - Eccentricity=0.0755 Cancri Ab - 0.824Mj - 0.115AU - 14.65162days - 0.01455 Cancri Ac - 0.169Mj - 0.240AU - 43.93days - 0.08655 Cancri Af - 0.144Mj - 0.781AU - 260days - 0.255 Cancri Ad - 3.835Mj - 5.77AU - 5218days - 0.025Just a small note the planets are named according to when they were discovered and follow the internationally recognised format of the star name followed by the lower case b for the 1st found, lower case c for the 2nd and so on.