The change of state of water from liquid to vapor, or the reverse from vapor to liquid, involves a fixed amount of thermal energy per unit mass, this is called the specific latent heat. To evaporate liquid water to vapor, heat must be supplied, whilst in condensing vapor to liquid, heat is released.
Similar rules apply to water when it changes from liquid to ice, or ice to liquid. You can look up the amount of the latent heat in physical tables.
heat is lost during condensation as the gas(higher temperature) turns into a liquid(lower temperature) and hence heat is lost
no, because the water particles in the air are turning from a gas (high energy)to a liquid (with moderate energy), so energy is being lost
Is it heat gain or heat loss during condensation
heat loss blah blah
it releases heat
no, it is expelling energy (cooling).
looses
they absorb your heat off your skin to keep you cool.
ask someone esle i don't know
It absorbs energy, the latent heat of vaporisation. This can be stated as so many Joules or calories per kilogram. When the gas condenses heat is given out.
The Bunsen burner release energy as heat of combustion.
If the energy is heat, the water will warm up. If it is kinetic, like throwing it against the wall, the glass will absorb the energy and probably smash into bits.
It condenses forming water.
For what?It requires a heat gain for the water,but a heat loss for whatever the water is in contact with.
It condenses forming water.
absorb
Latent heat of condensation.
Energy is released.
The heat energy released when water vapor condenses to a liquid is called "heat of vaporization".
they absorb your heat off your skin to keep you cool.
yes heat is released during condensation.
Land absorbs more heat energy than water does.
True. When water vapor condenses, it releases a significant amount of latent heat energy. In the context of hurricanes, this energy is a crucial factor that helps to fuel their growth and intensity. As the warm water evaporates and condenses, it releases energy that contributes to the formation and strengthening of the storm.
Water has a height specific heat, meaning it can absorb a lot of heat energy per kilogram.