The mass of Gamma Virginis, a binary system (constellation Virgo), is:
Star - A: Mass = about 1.3225 Solar mass*
Star - B: Mass = about 1.3165 Solar mass*
Combined Mass of this binary star = about 2.6390 Solar masses, or about 5.2478 X 1030kg
* The mass of our sun = one solar mass = about 1.98855 X 1030 kg
Gamma Virginis (Porrima) is a binary star, consisting of two stars.
They are of spectral type F0V meaning they are white star slightly hotter than our own Sun.
Gamma Virginis (Porrima) is a binary star, consisting of two stars.
Gamma Virginis is a star in the constellation Virgo. It has the traditional names Porrima and Arich.It is located about 38.6 light years from us.
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Gamma radiation is the smallest, because they have no mass.
With Spica, Gamma Virginis, Epsilon Virginis, Beta Virginis, Eta Virginis ----- or Uttarphalguni, HastaAnd Chitra Nakshatra.
Blueish gold
There are almost 100 stars in the constellation which appear in the Bayer/Flamsteed catalogues. Among the brighter stars are Alpha Virginis = Spica,Beta Virginis = Zavijava,Gamma Virginis = Porrima,Delta Virginis = Auva andEpsilon Virginis = Vindemiatrix.Fainter stars which are named, areZeta Virginis = HezeAta Virginis = Zaniah,Iota Virginis = Syrma andMu Virginis = Rijl al Awwa.
300 5000 yan ang sa tingin q
Gamma Virginis is a star in the constellation Virgo. It has the traditional names Porrima and Arich.It is about 38.6 light years from us.
If you mean a gamma photon, it is mass-less.
Gamma Virginis or (Porrima and Arich) is the second brightest star in the constellation Virgo with an apparent magnitude of 2.74
Gamma rays hasn't a mass number.
Gamma Virginis is a star in the constellation Virgo. It has the traditional names Porrima and Arich.It is located about 38.6 light years from us.
They are electromagnetic radiation, so no.
Gamma rays are electromagnetic rays and thus have no charge or mass.
Gamma