The warm, moist air coming from the shower will condense to water droplets on contact with a cool mirror or bathroom window.
Many people have tried to figure out exactly how and why this happens but no one has ever proven their theories conclusively. There are 4 leading theories. The first is the Buoyancy theory. Which says that as the hot air rises, and replaces the cold air, it creates a Coandă effect which is similar to a small vortex of air which sucks the curtain inwards. The second is the Bernoulli effect. This states that the air matches the velocity of the water coming out of the shower-head and lowers the air pressure inside the shower and against the inside of the shower curtain. This results in the shower curtain being pulled inward. The third is a combination of the first two. It's called the Horizontal vortex theory. A computer model showed that the water coming out of the shower-head can create a horizontal vortex (sideways tornado) which causes a pressure drop and pulls in the shower curtain. The fourth and final is simple condensation. A hot shower produces steam that will condenses on the shower side of the curtain and lowering the pressure there. The condensation will be continually replaced causing a temperature fluctuation which results in times where net steam production is negative. So there you have it. Who would have thought such a simple thing still remains partially unproven.
condensation inside a refrigerator
Both, but condensation first.
No it is not. Condensation does occur on the evaporator in an air conditioning system.
Hot water is spraying out into the atmosphere at high pressure. This causes condensation.
Example sentence - The mirror in the bathroom was covered with condensation after he took a shower.
It's then condensation.
because of condensation
It is called condensation.
you can find condensation on a mirror after shower also clouds are condensation
Condensation can occur on a window or a mirror, due to the water vapor and/or steam from a hot shower.
The warm, moist air coming from the shower will condense to water droplets on contact with a cool mirror or bathroom window.
This usually happens after a hot or warm shower because the water vapour in the air becomes a liquid again. It condenses on your mirror. Condensation is taking place!
Sweaty bathroom walls are caused by water condensation. The water that you use in the shower is usually much warmer than the air in the bathroom, which will cause condensation on the walls, especially in small and/or poorly ventilated bathrooms.
1. fog 2. cloud 3. frost 4. dew. 5.drizzle 6.rain shower 7.Thunderstorm
1. fog 2. cloud 3. frost 4. dew. 5.drizzle 6.rain shower 7.Thunderstorm