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Venus is close to the Sun, and it has a thick cloud cover. That accounts for its relative brightness.
Venus has an apparent magnitude [See related link] of -3.82 when it is opposite from the Sun, whereas Sirius has an apparent magnitude of -1.47. So Venus is always brighter (When seen) than Sirius.
The most shining planet in our solar system is Venus. It is known for its striking brightness and can often be seen as the brightest object in the night sky after the moon. This is because Venus has a highly reflective atmosphere that reflects a significant amount of sunlight, making it appear particularly bright.
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You can see it as a bright ''star'' in the sky, near the horizon. Venus is currently the "evening star" or "morning star" and will be visible either shortly before sunrise or shortly after sunset, depending on the calendar date.
Venus is close to the Sun, and it has a thick cloud cover. That accounts for its relative brightness.
It depends. As of March 2012, Venus is significantly brighter than Jupiter. However, Venus passed its maximum brightness around the beginning of March and will be getting dimmer.
Venus has an apparent magnitude [See related link] of -3.82 when it is opposite from the Sun, whereas Sirius has an apparent magnitude of -1.47. So Venus is always brighter (When seen) than Sirius.
Venus can appear the brightest but it is not always so, Jupiter's brightness varies much less and is rather bright (brighter than when Venus is not at its peak)
Magnitude
of course venus was the brightest planet in our solar system.
A Venus flower basket is asymmetrical; it has no symmetry.
Venus is the brightest star. It is also the hottest planet it reflects a lot of light from the sun and we can see it as a bright dot in the sky.
The most shining planet in our solar system is Venus. It is known for its striking brightness and can often be seen as the brightest object in the night sky after the moon. This is because Venus has a highly reflective atmosphere that reflects a significant amount of sunlight, making it appear particularly bright.
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Double stars, or a Super Nova, or a comet that is close to Earth the Moon and of course Venus. The morning, evening "Star". Actually you have to distinguish between apparent brightness (as seen from Earth) and absolute brightness (as seen from a standard distance). In apparent brightness, Venus, Jupiter and Mars are brighter than any star - but their real brightness is much less. In absolute terms, some things that are brighter than single stars are groups of stars (double stars, star clusters, galaxies, galaxy clusters), exploding stars (novae, supernovae, hypernovae); and quasars.