Is latent heat only released and absorbed as radiation?

AI Thread Summary
Latent heat is not solely released and absorbed as radiation; it involves other mechanisms as well. Water can absorb kinetic energy from colliding air molecules, facilitating phase changes. However, when water transforms into ice, the process requires a net loss of heat, and increasing the kinetic energy of ice molecules would revert it to water. The discussion emphasizes the importance of maintaining a consistent scenario regarding heat transfer. Ultimately, the relationship between latent heat and phase changes is more complex than the initial question suggests.
gaurav_samanta
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Can water simply absord the kinetic energy from colliding air molucules to change its phase?
And can water transformed into ice simply have the kinetic energy of its molecules increased to balance out the lost latent heat? Would not this again change ice into water?
 
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gaurav_samanta said:
Can water simply absord the kinetic energy from colliding air molucules to change its phase?
Yes.
And can water transformed into ice simply have the kinetic energy of its molecules increased to balance out the lost latent heat? Would not this again change ice into water?
Pick a scenario and stick to it: the water is either losing heat or gaining heat (in net). Not both.

Also, these questions don't seem to be related to the title question, to which the answer is no.
 
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