For water, one example is when a puddle dries out on a sunny day.
When water sits on a flat suface out in the sun, the energy forms water vapor making the surface dry.
If you draw an outline around a puddle and then come back two hours later you will see that the puddle has retreated due to it's loss of fluid via evaporation.
Alcohol, gasoline, liquid propane, and other liquids can also evaporate (vaporize). If you spill a few ounces of ethyl alcohol in a warm area, it will rapidly disappear.
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The Simplest Examples I Can Think Of Are:
1. when a glass of water is left out overnight and the water level is found to drop.
2. when the "sweat" on a very cold glass of water disappears as the glass warms up.
3. a fish aquarium - over the course of a couple of weeks, the water level drops from evaporation.
4. a pot of water left on a hot stove boils away.
All evaporation means is liquid turning to gas: Water boils at 212 degrees F (100 degrees C), but it actually begins to evaporate at 32 degrees F (0 degrees C) - it just occurs extremely slowly at lower temperatures. As the temperature increases, the rate of evaporation also increases.
yes
Vaporization is a change of phase.
Vaporization is a physical change, not chemical.
For example the transformation of liquid water in vapors (vaporization).
Two types of vaporization exist: evaporation and boiling.Sublimation is not vaporization.
Vaporization
Vaporization is a physical change.
yes
Vaporization is a change of phase.
Vaporization is a change of phase.
Vaporization is a physical change, not chemical.
For example the transformation of liquid water in vapors (vaporization).
The phase change of water into gas is vaporization. Vaporization in this example involves the liquid water absorbing heat (endothermically).
Vaporization is Endothermic
Two types of vaporization exist: evaporation and boiling.Sublimation is not vaporization.
vaporization is cool :)
The latent heat of evaporation