During condensation, steam gives off heat energy to its surroundings. This heat energy is released as the steam cools down and transforms back into liquid water.
No, condensation does not require an input of energy. It is the process in which a gas transforms into a liquid state by releasing heat energy. This heat energy is typically given off to the surroundings.
Condensation releases energy. When water vapor condenses into liquid water, it releases the latent heat of vaporization, which is the energy required to turn water into vapor. This energy is then given off to the surroundings, usually in the form of heat.
Condensation releases energy in the form of heat to the surrounding environment. As water vapor condenses into liquid water, it gives off the latent heat of vaporization that was absorbed during evaporation.
When energy is given off by splitting atoms, it is converted from nuclear energy to thermal energy. This thermal energy is then used to heat water and turn it into steam, which can be used to drive turbines and generate electrical energy, converting the thermal energy into mechanical and then electrical energy.
AnswerSteamAdded:Steam causes more severe burns as compared to boiling water because steam contains more heat (i.e 40.6 kJ/mol condensation heat) then boiling water, both at the same temperature 100 oC.From that condensation is momentanous when in contact with skin, after being liquefied it behaves the same as boiling water: still 100 oC and cooling down is slower than condensation.
Condensation.
No, superheated steam gives off little energy. Most of the heat given off by steam is the latent heat of condensation as it undergoes a phase change from vapor to liquid. Superheated steam could first be "desuperheated" by adding water until it reaches the saturation point, then used for heat transfer processes.
It occurs when a gas changes into a liquid. Heat is given off.
Saturated steam is gas-phase water that is at its condensation threshhold. That means that if the temperature is lowered or the pressure is increased, you will see condensation. An example of this would be boil-off steam in a pot: as soon as it hits the cooler surface of the pot lid, it condenses again. This constrasts with superheated steam, which is above the saturation point due to being heated to hotter than the boiling temperature at the given pressure.
Yes, the conversion of steam to water is an exothermic process. When steam condenses into water, it releases heat energy to the surroundings. This heat energy is given off as the steam loses its kinetic energy during the phase change.
Water and carbon dioxide are given off.
When a kettle boils, some of the water inside goes from the liquid state to the gaseous state and rises because it's hot. What you see on your cupboard is called condensation which happens when a gas is cooled, such as steam (gaseous water), and goes back to the liquid state, hence why you have liquid water up there.
No, condensation does not require an input of energy. It is the process in which a gas transforms into a liquid state by releasing heat energy. This heat energy is typically given off to the surroundings.
Oxygen
yes it can on short trips :a car needs at least an hour running to burn off the condensation in crankcase alone
Plants give off oxygen during photosynthesis and carbon dioxide during respiration.
Condensation releases energy. When water vapor condenses into liquid water, it releases the latent heat of vaporization, which is the energy required to turn water into vapor. This energy is then given off to the surroundings, usually in the form of heat.