Precipitation in a meteorological term, describes "water" falling to the surface.
Venus does not have water, so it doesn't have any precipitation.
However, the "rain" on Venus is sulphuric acid but only in the upper atmosphere. Due to the immense heat, the "rain" evaporates about 25km from the surface.
Venus is the planet known for its sulfuric acid rain. The thick clouds in Venus's atmosphere contain sulfuric acid droplets that condense and fall as precipitation, creating a corrosive environment on the planet's surface.
It is believed that it rains on Venus, Earth, Mars, Jupiter, and Saturn. These planets have atmospheres and weather systems that can produce precipitation in the form of rain or other types of precipitation.
Yes, on Venus sulfuric acid rain falls from its thick cloud layer due to the extreme heat and pressure. The high temperatures cause the sulfur dioxide in the atmosphere to react and form sulfuric acid droplets.
Venus flytraps are native to the wetlands of the southeastern United States and require specific conditions to thrive. While global warming may potentially lead to changes in temperature and precipitation patterns in their natural habitat, it is difficult to predict the exact effects on Venus flytraps. However, if the changes lead to unfavorable conditions such as drought or extreme temperatures, it could negatively impact their growth and survival.
if you mean can we get to venus. I say that we cannot land on venus. It is capable to orbit venus
Venus is exactly the same size as Venus.
Yes
Co precipitation = Simultaneous precipitation of more than one compound from a solution Post precipitation = It is a process during the precipitate in the mother liquor; a second precipitation is slowly precipitate with the precipitating agent.
No. There is no life on Venus.
This was to investigatethe atmosphere of Venus.
to study venus...lol!
• Precipitation is settling down of insoluble particles from a solution. Co-precipitation is a process in which normally soluble compounds are carried out of solution by a precipitate. • In precipitation, normally insoluble compounds are precipitated. But in co-precipitation normally soluble compounds are precipitated. • Co-precipitation incorporates contaminants into the precipitate, whereas precipitation can result in both pure and contaminated precipitates.