Top 6 Verified Examples of Evaporation in Daily Life

Spread the love

Evaporation is a type of phase transition in which a substance directly changes from a liquid state to its gaseous state. Not to mention, there are so many common examples of evaporation that we see in our daily life.

Unlike boiling, Evaporation is a surface phenomenon. In other words, the process of evaporation can occur at any temperature. In fact, the higher will be the temperature, the higher will be the rate of evaporation.

The opposite of evaporation is known as condensation. When a substance or material directly changes from a gaseous state to its liquid state is known as condensation.

Moreover, the basic difference between evaporation and condensation is that evaporation is a cooling process and condensation is a warming one.


Top 6 Verified Examples of Evaporation in Daily Life

If you think, you can’t relate to the most common applications of evaporation in our everyday life. Well, here is your chance to think again…!!!

  1. Evaporative Coolers
  2. Drying of Wet clothes
  3. Working of a pressure Cooker
  4. formation of salt
  5. Melting of ice cubes
  6. Formation of the water cycle


Evaporative Coolers

Credit: Havells India Blog

The very first one in my list of top 6 verified examples of evaporation in everyday life is the evaporative coolers. In fact, for most of the common masses, it’s the most essential one. I mean, for those who cant afford Air conditioning, for them, evaporative coolers are the most relevant ones.

Evaporative coolers are nothing but a device that helps to cool down the temperature of the air, of course, with the help of the process of evaporation of water. Not to mention, the physics of evaporative coolers are quite simple.

According to the evaporation definition, water will have to absorb an ample amount of heat to change its liquid phase to the gaseous one. And for that, the heat is absorbed from the air that passes through the cooler.

Check out the Top 6 Most Common Examples of Condensation

In other words, when the fan & pump of the air cooler is run simultaneously, the water absorbs the heat from the air. Therefore, as a result, the temperature of the dry air drops significantly, giving a cool breeze of air.


Drying of wet clothes

Girl hanging wet clothes on a clothesline to dry. Credit: Freepik

Well, have you ever wondered why wet clothes become dry when put under direct sunlight? Yup, you are right. It’s because of the cooling effect of evaporation. In fact, the drying of wet clothes under direct sunlight is the most well-known example of evaporation.

When the wet clothes are put under direct sunlight, the water droplets inside the clothes get heated up. Therefore, as a result, a wet cloth becomes dry.

In other words, when the hot air (due to sunlight) is blown through the wet clothes, water evaporates very rapidly.


Working of a pressure cooker

how does a pressure cooker work? Credit: Wikimedia Commons

Yup, you heard me right. I’m not lying. Without the process of evaporation, the pressure cooker won’t make the perfect dish for us. CONFUSED?? Well, don’t be!!

When we apply heat, as a result, the water inside the pressure cooker vapourises. Hence, steam comes out of it due to evaporation.

One more thing, don’t forget to seal off the pressure cooker before the application of heat. Otherwise, there won’t be enough pressure generated inside the pressure cooker to speed up the process of cooking.

Not to mention, the working of pressure cooker also comes in my list of Top 6 Real-Life Gay Lussac Law Examples. WHY? Because not only depends upon the process of evaporation. On the other hand, it also depends on the Gay Lussac Law of Thermodynamics.


Formation of salt

Salt deposits beside the Dead Sea. Credit: Wikimedia Commons

The very next one in my list of top 6 verified examples of evaporation is the formation of common salt. No one can deny the fact that salt is essential for life in general. I mean, without the use of salt, our food will become tasteless.

Salt can be easily prepared by simply evaporating the seawater. Salt can be prepared by using either a natural or an industrial process, of course, with the application of evaporation.

In other words, salt crystals can be easily mined from the vast sedimentary deposits. A deposit that had been laid down over the millennia from the evaporation of lake or seawater. Or else, it can be directly prepared by simply evaporating the seawater.

Must read, Top 6 Exclusive Sublimation Examples in Daily Life


Melting of ice cubes

ice-cubes-melt-due-to-evaporationMelting of ice cubes is another day to day example of evaporation. When you take an ice cube out of your refrigerator, you see that after a minute or so, it starts to change its shape from being a solid to liquid. Well, have you ever wondered why it happens?

It happens because of the process of evaporation. As the temperature of the surroundings of an ice cube increases, an ice cube i.e a solid transforms itself into water i.e a liquid.

In fact, if the temperature of its surroundings increases to its threshold, an ice cube will completely evaporate. Therefore, will vanish into the thin air.


Formation of the water cycle

a-complete-water-cycleThe very last one in my list of the top 6 verified examples of evaporation is the formation of a water cycle. In fact, it’s the most important one for the survival of life on planet earth.

Why? Because evaporation is (in parts) responsible for the formation of clouds, hence, completing the water cycle. In other words, without the process of evaporation, the water cycle will cease to exist.

Well, I’m not saying that only evaporation is responsible for the formation of clouds and the water cycle. There are others too that are responsible for the steady completion of the hydrological cycle.

The other processes are condensation, sublimation, precipitation, transportation, etc. See the above image for proper understanding.

A water cycle is nothing but the continuous movement of water from within, outside, and, on the surface of the earth. The Sun heats water in the seas and oceans. As a result, water from the ocean and seas evaporates to form water vapor in the air.

When the air is cooled to its dew point and becomes saturated. Water vapor in the air condenses to form clouds. Later, these clouds precipitate back to earth in the form of rain, snow, or ice pellets.


Other examples of evaporation

Apart from the above-mentioned one, some of the other well-known examples of evaporation are listed below.

  • Evaporation of sweat from our body
  • The smoke coming out of a cup of hot coffee
  • Food preservation
  • Evaporation of a nail paint remover
  • Evaporation rate of ethanol
  • Drying of a wet floor
  • The process of distillation
  • Drying of river beds
  • Hairdryers
  • Ironing of clothes, etc.


Frequently Asked Questions

1. What is Evaporation?

Ans. Evaporation is a type of phase transition in which a substance directly changes from a liquid state to its gaseous state.

2. What are the factors that affect evaporation?

Ans. Apart from temperature, the factors that affect the rate of evaporation are as follows

  • humidity
  • surface area
  • pressure
  • the concentration of the substance
  • air movement, etc.

3. How to make water evaporate faster?

Ans. In order to increase the evaporation rate of water, before applying heat, it is advised to spread the water over a large surface area.

Moreover, the humidity should also be controlled. In other words, the more the humidity, the less will be the evaporation rate of water.

4. How does evaporation cause cooling?

Ans. The process of evaporation causes cooling naturally. According to the definition of evaporation, in order to change its phase from liquid to gaseous state, a liquid (say water) has to absorb an ample amount of heat (energy) from its surrounding.

Therefore, as a result, bringing down the temperature of the surrounding. Hence, causing the cooling effect.

That’s it for this post. If you like this article, share it if you like, like it if you share it. You can also find us on Mix, Twitter, Pinterest, and Facebook.

You might also like:

Spread the love

I am a mechanical engineer by profession. Just because of my love for fundamental physics, I switched my career, and therefore I did my postgraduate degree in physics. Right now I am a loner (as ever) and a Physics blogger too. My sole future goal is to do a Ph.D. in theoretical physics, especially in the field of cosmology. Because in my view, every aspect of physics comes within the range of cosmology. And I love traveling, especially the Sole one.

Leave a Comment