breathing
The air in the container, as well as the food inside contains water or water vapor. As the temperature of the container as you put it into the fridge is hinger, the water in the food continues to evaporate, saturating the air in the container with water vapor. As the walls of the container cool down, the air inside the container comes into contact with the wall and is cooled to the point that the water vapor condensates. Eventually, the lid and the walls will have moisture on it.
One way to show that air contains water vapor is to cool the air, causing the water vapor to condense into a visible cloud or mist. This can be demonstrated by breathing onto a cold surface or by observing condensation forming on a cold glass. Another approach is to use a hygrometer to measure the relative humidity of the air, which indicates the amount of water vapor present.
The water cycle get its energy in the form of heat. The sun heats water so that it turns into steam or vapor, and thus you have clouds. The higher the state (solid, liquid, or gas) of specific matter, the more potential energy it has. Anyway, the warmer the air, the more water vapor the air can hold. However, water vapor has more mass than the surrounding air. So if the air cools or the amount of water vapor in the air overwhelms gravity, you get rain. So to put it in other words, the sun is the source of energy for the water cycle.
Well you see when you leave a cup of water outside for a long period of time that same water is evaporating witch is water vapor right so water vapor doesn't look like nothing its like air. (Here's is a little experiment take cup with a little bit of water and a fully charged camera .Put the cup on a hot spot where the sun can hit the cup put the camera right next to the cup and see if you can watch the water evaporate ) bye!!
water, helium and water vapor.
The relative humidity is very high today. It is the fraction of water vapor in the air expressed as a percentage of the level where it condenses to a fog.
Yes. Forests and lakes put water vapor into the air via transpiration and evaporation respectively. This raises the dew point.
No. Boiling and evaporation are the OPPOSITE of condensation.Condensation is when a gas or vapor changes into a liquid; boiling and evaporation are examples of a liquid being converted into a vapor or gas.For example, the vapor of water is called "steam". There is always a certain amount of water vapor in the atmosphere, even on the dryest days. If you set a bowl of water on the window sill, over the course of a few days the liquid water will evaporate into water vapor. If you put the water in a pan on the stove and turn up the heat, the liquid water will boil, which is a very fast evaporation of the water into steam.Then put a glass of ice water on the counter, and wait a few minutes. Liquid water will appear out of the air on the outside of the glass through condensation.
Its a change in energy primarily. Water vapor loses energy and then becomes liquid. The energy it loses generally is heat. For example, Put water vapor in a sealed container in a freezer, it will change from vapor to liquid, then liquid to solid as it loses energy in the form of heat
You can but it will not produce a smoke like vapor that you get from the oils
That's an interesting question, because there are other factors that people forget to mention.Cold air tends to weigh more and therefore have higher pressure. That means that the cold air around your and your house is more dense.This means that the pressure of the air in your house is actually more dense because of the air around your house. So, although you've warmed the air in your house, it isn't enough to lower the pressure because you're sitting under the weight of miles of cold air piled on you and your house.This means that when you put water vapor into the air in your house, you're actually putting vapor into compressed air. This compressed air, tends to hold more warm moisture, because it has more molecules per square inch.
he change from a gas to a liquid is called condensation. Condensation occurs when water vapor undergoes a change in state from gas back to liquid. As the air cools down, the molecules that were free begin to condense. In the air, a condition of saturation must exist before condensation can occur. That is, the air must contain all the water vapor it can hold (100 percent relative humidity) before any of it can condense from the atmosphere. In the process of condensation, the heat that was absorbed in evaporation by the water vapor is released from the water vapor into the air and is called the latent heat of condensation. As you might expect, condensation warms the surrounding air.