Want this question answered?
During boiling the temperatre of the boiling liquid does not go up. The energy input into the boiling liquid is taken away as the latent heat of evaporation by the escaping gaseous phase.
When energy "disappears" it has actually turned into heat. All reactions have heat as a waste product.
"go" isn't really the right word, it transforms (like all energy) mostly into the form of heat energy.
It is lost as heat.
Absolutely! Electric energy, kinetic energy, sound waves, light waves, heat ... all kinds of energy travel very well through water.
During boiling the temperatre of the boiling liquid does not go up. The energy input into the boiling liquid is taken away as the latent heat of evaporation by the escaping gaseous phase.
During boiling all the heat supplied to the liquid is used up in overcoming the intermolecular forces present among the molecules of the liquid. That is why the temperature of the liquid does not change.
It is endothermic as the water mus gain energy to go from a liquid to a gas.
at boiling point heat used for changing the state of matter
When energy "disappears" it has actually turned into heat. All reactions have heat as a waste product.
"go" isn't really the right word, it transforms (like all energy) mostly into the form of heat energy.
So, steam must lose its heat of vaporization. Think about how it would lose it. Where would all that energy go? It condenses by inputting all the potential energy it has by being a gas into the skin of the person who touches it. Therefore even though steam only has slightly more kinetic energy than almost boiling water, it has a lot more total energy.
Add heat.
No. For example when you heat boiling water, its temperature remains the same. the thermal energy will go to breaking the attraction between the atoms
It goes from light energy from the sun to chemical energy to chemical, mechanical, and heat energy and the chemical energy can go to mechanical and heat energy. Then the remaining chemical energy goes to chemical, heat, and mechanical energy again and it keeps on repeating.
It is lost as heat.
This is because of latent heat. When a substance is being melted, heat is supplied to the solid until its melting point is reached. When the solid reaches that temperature, any additional heat energy is used - not to raise its temperature - but to cause the phase to change from solid to liquid. The amount of energy required (per unit mass) is the latent heat of melting (or freezing, when the process is reversed) for that substance. When the phase change is complete, any further heat energy supplied will, once again, go towards raising the temperature.The same thing happens at the boiling point except that this time it is the latent heat of evaporation/condensation.