Venus is occasionally brighter than jupiter
Venus, at its brightest, is brighter than any other planet. However, when it's not at its brightest, there are a couple of others than can be brighter if they're near their brightest, Mars and Jupiter being the most notable.
The Sun and the Moon are the only celestial objects that appear brighter in the sky than Venus.
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.
No, Venus is brighter than the moon. Venus is often referred to as the "evening star" or "morning star" because it is one of the brightest objects in the sky after the sun and the moon.
Venus is occasionally brighter than jupiter
Venus is brighter than Mars in the night sky. Due to its proximity to Earth and its reflective atmosphere, Venus appears as the third-brightest object in the sky after the Sun and the Moon, making it more prominent than Mars.
Venus, at its brightest, is brighter than any other planet. However, when it's not at its brightest, there are a couple of others than can be brighter if they're near their brightest, Mars and Jupiter being the most notable.
The Sun and the Moon are the only celestial objects that appear brighter in the sky than Venus.
Because it is nearer that the stars.
becacue mercury is smaller than venus
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.
No, Venus is brighter than the moon. Venus is often referred to as the "evening star" or "morning star" because it is one of the brightest objects in the sky after the sun and the moon.
Sun rays are more easily reflected on clouds than earth.
No, Venus is brighter in the night sky than the International Space Station. Venus is often referred to as the "evening star" or "morning star" due to its brightness, which is caused by its thick clouds reflecting a significant amount of sunlight.
Venus is the brightest, then Jupiter and mars. All of these can potentially be brighter than sirus, but have to be well placed in their orbits relative to us.
The main reason Venus would appear brighter at point Q rather than R is due to the angle of illumination. At point Q, Venus is closer to the Sun, so it is receiving more direct sunlight, making it appear brighter. At point R, Venus is farther from the Sun and receiving less direct sunlight, resulting in a dimmer appearance.