These visual apparent magnitudes are much dimmer than the apparent magnitude of the Sun as viewed from the Earth (− 26.7).
Not exact matches
A reddish giant star, it has an
apparent visual magnitude of 1.15.
At − 0.27
apparent visual magnitude (calculated from A and B
magnitudes), it is fainter only than Sirius and Canopus.
[34] Alpha Centauri B at an
apparent visual magnitude of 1.33 would be twenty - first in brightness if it could be seen independently of Alpha Centauri A.
With an
apparent visual magnitude of 6.3, [2] it lies below the normal brightness limit of stars that are visible with the naked eye under ideal viewing conditions.
The Sun would be a yellow star of an
apparent visual magnitude of +0.5 in eastern Cassiopeia, at the antipodal point of Alpha Centauri's current right ascension and declination, at 02h 39m 35s +60 ° 50 ′ (2000).
When considered among the individual brightest stars in the sky (excluding the Sun), Alpha Centauri A is the fourth brightest at an
apparent visual magnitude of +0.01, being fractionally fainter than Arcturus at an
apparent visual magnitude of − 0.04.
HE 1327 - 2326 (13:30:06 - 23:41:51 at Equinox 2000) has an
apparent visual magnitude of 13.5 (Frebel et al, 2005).
With an
apparent visual magnitude of +4.118, it is bright enough to be viewed with the naked eye.
The galaxy has an
apparent visual magnitude of 14.7.
The system is composed of a blue - white giant with the stellar classification of B9III - IV and a
visual magnitude of 5.33, a white subgiant belonging to the stellar class A0IVMn with an
apparent magnitude of 5.63, and a star with a
magnitude of 8.5 separated from the second component by 37.7 arc seconds.