No.
We can see Venus because it reflects the light from the Sun. The Sun's light hits Venus and bounces off the planet, reaching our eyes and making it visible in the sky. Venus itself does not emit its own light.
No, Venus is not a star. It is a planet in our solar system, the second closest planet to the Sun. Stars are massive celestial bodies that produce their own light through nuclear fusion, while planets do not produce their own light and instead reflect light from the Sun.
Planets are heavenly bodies that do not shine their own light. They reflect light from the sun, which is why we can see them in the night sky.
Stars.
None of the planets in the Solar system radiate their own light, so they are all as bright (luminous) as each other, which is, not at all. Any light we see from planets is reflected light that came from the Sun (as opposed to stars who generate their own light). the planet with the greatest apparent magnitude (that is, how bright the body appears to an observer on the earth looking up at the sky) is Venus.
Like our Moon, other planets can also reflect light from our Sun.
The Venus Flytrap gets light from the sun (photosynthesis).
In fact, both planets are dark. The only reason Venus looks bright to us is not because it has it's own light, but because it reflects light from the Sun. It's the same thing for Mercury.So, both Mercury and Venus appear bright to us.
The Moon reflects the Sun's light, it has no energy of its own to create light.
They are both multicellular and are autotrophs, wich means they create their own food.
an animal or living being that can create its own light.
Venus itself doesn't generate much visible light. There may be some electrical activity in its atmosphere that generates some light, but it's minimal. The light we see from Venus is mostly reflected light from the sun.