The apparent visual magnitude of Beta Herculis is 2.81. It has been known since 1899 that it is in fact a binary star, and modern measurements (including satellite telescope) have resolved the motions and apparent sizes of the two bodies.
Beta and Alpha Herculis are both 2nd Magnitude (2.78) stars
beta herculis isa distance of 139 light-years fromEarth
Zeta Herculis is a binary star system in the constellation Hercules.It has a class of G0V which means it is similar to our Sun but is moving away from the main sequence.It's companion star is a class K0V
well, in answer to that, there's a question to you. What type of star is Beta Virginis? Most likely, it may be a binary star. Try that ;-)
Absolutely small ... they're the nucleus of a helium atom (2protons & 2 neutrons) - But they are gigantic as compared to a beta particle ... which is just a free electron. - Note that gamma rays don't have any (rest) mass ... they're just radiation.
Beta and Alpha Herculis are both 2nd Magnitude (2.78) stars
Beta Herculis is actually a binary system. The main star, of the two, is yellow.
beta herculis isa distance of 139 light-years fromEarth
It is a G-type giant star.
it means u blow
This star is also known as Beta Herculis, so it is obviously in constellation Hercules.
The apparent magnitude is +3.5 and the absolute magnitude is -1.25.
Beta Piscium (Fum al Samakah) is a star in the constellation Pisces.It has an apparent magnitude of +4.53
Hercules is large, but it doesn't contain any really bright stars. (The globular cluster called M13 is of interest.) These are the brightest stars (apparent magnitude) in Hercules: Kornephoros, Zeta Herculis, Sarin, Pi Herculis, Rasalgethi.
Beta Aquarii (Sadalsuud) has an apparent magnitude of 2.89 and an absolute magnitude of -4.5.
Impossible to answer as there a thousands of stars designated beta 1.
Zeta Herculis (Rutilicus) is a binary star system in the constellation Hercules.It is the second brightest star in the constellation with an apparent magnitude of +2.89