this phenomenom will only occur on the surface of Saturn's moon Mimas due to its unique environmental conditions.
That depends on what type of liquid created the steam. Obviously, different liquids have different evaporation, boiling, and melting points.
In the case where heat is being added to generate steam from a container of water, as long as there is water still in the container, the temperature remains constant. It takes energy for water to change state into steam and all of the heat added goes to performing this task so the temperature stays the same, 212 degF (100 degC) at atmospheric pressure. While the water is boiling, the steam is "saturated," meaning any loss of heat would cause some of the steam to condense back into water. Once all of the water has been boiled and changed state, any additional heat supplied will cause the temperature to increase and the steam is "superheated," that is above its saturation temperature.
You can turn steam back into water by condensing it, condensation is a process which changes a gas into water.
When water temperature reaches the dew point, water vapor in the air starts to condense into liquid water droplets. This process forms dew on surfaces like grass or windows.
Yes, water can condense at 0 degrees Celsius if the surrounding temperature drops below the dew point, which is the temperature at which air becomes saturated with water vapor. If the air is cooled further, the excess moisture will condense into liquid water.
When it is under 100 degrees celsius
Approximately 30,000 gallons of water is required to condense one ton of steam.
That depends on what type of liquid created the steam. Obviously, different liquids have different evaporation, boiling, and melting points.
To condense means to convert gas into liquid (steam to water.) To freeze is to convert from liquid to solid (water to ice.)
Clouds and steam are forms of evaporated water. Water is the main base for evaporation to occur. Bot clouds and steam can condense in a cool temperature, while water can bothe condense and evaporate. So they are not much alike.
When steam turns to water, the particles lose energy and slow down, coming closer together. This causes the steam to condense into liquid water.
You have to fill the can with steam and then seal it closed. when you then put the can in cold water the steam will condense into water and the can will be crushed by atmospheric pressure.
The vibration of the atoms slows and they condense together.
When water reaches boiling, it becomes steam. Once the water cools down, typically below 100 degrees Fahrenheit, it will begin to form water droplets or condensation.
In the case where heat is being added to generate steam from a container of water, as long as there is water still in the container, the temperature remains constant. It takes energy for water to change state into steam and all of the heat added goes to performing this task so the temperature stays the same, 212 degF (100 degC) at atmospheric pressure. While the water is boiling, the steam is "saturated," meaning any loss of heat would cause some of the steam to condense back into water. Once all of the water has been boiled and changed state, any additional heat supplied will cause the temperature to increase and the steam is "superheated," that is above its saturation temperature.
Water vapor condenses into liquid water at its dew point temperature.
When enough heat energy is gained by liquid water, it can change phase and turn into steam or vapor, transitioning from a liquid to a gaseous state. This process is known as evaporation or boiling, depending on the temperature reached.