yes it does Venus gets really hot because it is the second one close to the sun.
It does get sun but not as much as mercury and Venus
Like any other plant - photosynthesis.
Neptune is a freezing gas giant with no solid surface and very little sunlight. Mars, Mercury and Venus are hot or warm planets with rocky surfaces and plenty of sunlight.
No. Half of the planet would be in sunlight (day) while the other half would be in darkness (night), just like the Earth, with the exception of its rotational speed, which is about once every 243 Earth days, instead of Earth's 24 hours.
Venus appears brighter than Mercury for two main reasons. First, Venus is much larger than Mercury, which means it has a larger surface area to reflect sunlight. Second, the surface of Mercury consists largely of fairly dark rock, which does not relfect theat much sunlight. Venus is covered in white clouds of sulfuric acid, which reflect quite a bit of sunlight.
Venus flytraps nees 4 hours of direct sunlight per day.
Venus is the brightest planet in our solar system. Venus shines brightly due to its thick atmosphere that reflects and scatters sunlight. It can often be seen in the morning or evening sky.
Your Venus flytrap may be turning yellow due to overexposure to sunlight, lack of water, or poor soil quality. Make sure it is receiving the right amount of sunlight, water, and nutrients to help it thrive.
Depends on the intensity of the sunlight through the window; to be safe, keep it out of direct sunlight, but close to the brightest light source.
Venus appears predominantly white or yellowish from outer space due to its thick clouds of sulfuric acid. These clouds reflect sunlight, giving Venus its bright appearance.
Sunlight on Venus is extremely hot. However, it is not as hot as it could be. Sunlight on Venus is not a day or night thing, though. It is more of a blaring light, and it is in short periods during the winter.
Venus receives about 2/3 of the sunlight that Earth receives due to its closer proximity to the Sun. Despite being closer, Venus's thick atmosphere reflects a significant amount of sunlight, limiting the actual amount of light that reaches its surface.