What is Venus's apparent magnitude?

Vega's apparent magnitude is +0.03. Vega's apparent magnitude is +0.03. Vega's apparent magnitude is +0.03. Vega's apparent magnitude is +0.03.

Antares Absolute and Apparent Magnitude Absolute Magnitude~ -5.2 Apparent Magnitude~ +0.60

The visual apparent magnitude of Arcturus is -0.05. The visual apparent magnitude of Arcturus is -0.05. The visual apparent magnitude of Arcturus is -0.05. The visual apparent magnitude of Arcturus is -0.05.

it has an apparent magnitude of 2.1

Average! It has an apparent magnitude of −26.73 and an absolute magnitude of about 4.83.

Vega has an apparent magnitude of 0.03.

The apparent magnitude of Neptune is 7.8

The Sun with an apparent magnitude of -26.74. Followed by Sirius with an apparent magnitude of -1.46

Negative apparent magnitude is brighter. The Sun, as seen from Earth, an apparent magnitude of -26.73 (greater than minus twenty six). From Neptune it appears to have a magnitude of -20. The full moon has an apparent magnitude of -12.6. The brightest star beyond the sun is Sirius (-1.47) There is no upper or lower limit on apparent magnitude.

The two types are apparent magnitude, the magnitude of a star as it appears to us, and absolute magnitude, which is what a star's apparent magnitude would be at a standard distance of ten parsecs.

The Sun (apparent magnitude of -26.7). At visible wavelengths, Sirius with an apparent magnitude of -1.47 is brightest from Earth.

The apparent magnitude of Jupiter is 1.6 to -2.6 depending on where it is at.

The apparent magnitude of the Cartwheel Galaxy is 15.2

The apparent magnitude of a star is a measure of its brightness.

The Large Magellanic Cloud is the brightest. Large Magellanic Cloud - apparent magnitude 0.9 Small Magellanic Cloud - apparent magnitude 2.3 Andromeda Galaxy - apparent magnitude 3.5 Triangulum Galaxy - Apparent magnitude 5.7 Centaurus Galaxy - Apparent magnitude 7.0

Apparent magnitude: How bright something looks to us. Absolute magnitude: How bright something really is - expressed as the apparent magnitude it would have at a standard distance.

Earth's apparent magnitude would depend on where it is viewed from. For instance, from Saturn, the apparent magnitude is 1.45. From Mars is would be somewhat higher.

The unit is called apparent magnitude, and written with a lowercase "m". The unit is called apparent magnitude, and written with a lowercase "m". The unit is called apparent magnitude, and written with a lowercase "m". The unit is called apparent magnitude, and written with a lowercase "m".

The apparent magnitude is 2.4

Venus has an apparent magnitude of: Crescent −4.9 Full −3.8. See related question for apparent magnitude.

it is an apparent magnitude of 1.74

Yes, it may change its absolute, and therefore also its apparent, magnitude. Yes, it may change its absolute, and therefore also its apparent, magnitude. Yes, it may change its absolute, and therefore also its apparent, magnitude. Yes, it may change its absolute, and therefore also its apparent, magnitude.

Apparent Magnitude is the star's brightness as it appears from earth, while, Absolute Magnitude is the apparent brightness of a star if viewed from a distance of 32.6 light years away.

Apparent Magnitude is the star's brightness as it appears from earth. absolute magnitude is the apparent brightness of a star if viewed from a distance of 32.6 light years away.

The apparent magnitude of a star is a measure of its brightness as seen from Earth, the lower the number, the brighter a star is. Ex. a star that has an apparent magnitude of -20 is WAY brighter from Earth than a star with a apparent magnitude of 20.