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.
According to photos taken by Soviet probes that landed there, it is a fairly gloomy place. The level of light during the daytime (which lasts about 58.4 Earth days) is no more than on an overcast day on Earth.
Venus is closer to the Sun than we are on Earth, so (if you could see it) the Sun would appear much larger in the sky. However, Venus has a thick, dense atmosphere which is full of sulfuric acid clouds, which block our view of the surface, and also reduce the sunlight that reaches the ground. It is possible that the Sun could appear as a slightly brighter area in the clouds, but no photos currently exist to show this.
Venus is 108,200,000 km from the Sun; the speed of light travels at 299,792.458 km/s
so by some very intelligent if not down right Brilliant maths I think it takes about 5.4609 minutes
The amount of sunlight that reaches the surface is very little, about 35 percent. This is because the clouds of sulfuric acid reflect the sunlight away from the surface.
There is 100 hours of sunlight a day on venus
Because Venus is at 67.2 million miles from the sun on average, but because of its thick atmosphere, Venus' surface only gets about twice the sunlight earth does.
Virtually none due to thick atmosphere 5%
the amount of sunlight is 800,912 SL
100 hours
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.
Yes
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 is visible in the night-sky for the same reason we see the moon - Sunlight is reflected off the surface.
Days of sunlight is not an accurate way to measure the amount of sunlight that an area gets. Typically, an area will be described with the amount of hours of daylight per day that it has, and currently in October, there are about 12 hours of sunlight.?æ
yes it does Venus gets really hot because it is the second one close to the sun.
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.
the amount of sunlight in the marine is 50%.
Yes
It does get sun but not as much as mercury and Venus
Like any other plant - photosynthesis.
amount of sunlight amount of carbon dioxide amount of water intensity of sunlight temperature and how idk
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.
because the sunlight
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.
the amount of sunlight produced and the amount of sunlight received are two different things. the amount of sunlight produced is caused by the magnitude of the nuclear fusion reaction going on in the sun at any given time. a bigger reaction means more light energy produced. the amount of sunlight received depends on this and also distance the light has to travel. also things such as weather conditions. clouds may block sunlight reducing the amount received or vissible. dust and other particle in the air may also block amounts of sunlight.