Applications of Gas Laws in Real Life
(Full HD Poster Download Link Included)

(Diagram 1: Applications of gas laws in real life poster)

 P = Pressure (Based on the Gas Constant)

V = Volume  (Liter)

n = Number of moles (Mol)

R = Gas Constant (Based on Data Given)

T = Temperature (Kelvin)

This is a poster about ideal gas law that I made in Piktochart as my assignment. There is a Boyle, Charles's Law, Gay - Lussac's Law (Pressure Law), and also Avogadro's Law and the download link are located at the bottom of the post)

 1) Avogadro's Law

Avogadro's Law state that when at the same temperature and pressure, the volume of gas proportional to the number of mole which mean V ∝ n . The application of the Avogadro's Law in real life is :

i  ) Balloon Pumping 

     As you blow up a balloon, you are forcing more gas molecules into the balloon which would increase the balloon volume and cause the to balloon inflate.

ii ) Flat and Inflated Tire

     A flat tire contain less air volume than the inflated tire. It is because that the flat tire were containing less air molecule than the inflated tire.

2) Boyle's Law

Boyle's Law state that when at the constant temperature, volume of gas is inversely proportional to its pressure which mean V∝1/P .The application of the Boyle's Law in real life is :

i  ) Inhalation 

      When the process of inhale occurs, the lungs volume will increasing which would cause the lungs pressure lower than the atmosphere pressure. Thus,
the air rushes in the lung.

ii ) Aircraft Altitude Change

     During take-off or landing, Your ears
will pop due to the changes of your altitude that cause a difference of air pressure inside and outside of the eardrums. The air in the ears will change its volume then causes yours ears to pop due to the strain.

iii) Using Syringe

    When syringe plunger been pushed, the syringe volume will decrease and the syringe pressure level would increase, this higher pressure will push out the liquid out of the syringe.

3) Charles's Law


Charles's Law state that the volume of gas at constant pressure is proportional to its absolute temperature which mean V ∝ T. The application of the Charles's Law in real life is :

i  ) Hot Air Balloon 

     A torch used to heat up the and rise the air temperature inside the balloon. This cause the air volume inside the balloon to increased and becoming less dense than the surrounding air. Thus causes the balloon to float.

ii ) Gasoline Engine

     The heat from the combustion of the fuel inside the engine cause the air volume inside the engine cylinder block to increase, which will pushes the piston and turns the crankshaft.

iii) Winter Jogging

     When you are jogging in a freezing winter day, our lung capacity will decrease in colder weather and may make its more difficult for us
to breath optimally like usual day.

4) Gay - Lussac's Law

Gay - Lussac's Law state that the pressure of gas at constant volume is proportional to its absolute temperature which mean P ∝ T. The application of the Gay - Lussac's Law in real life is:

 i  ) Firing a Bullet
     When gunpowder burns, it creates a large amount of superheated gas. This high pressure hot gas behind the bullet will increase the gun barrel pressure that will shoot the bullet out of the gun .

ii ) Dented Ping Pong Ball
     Restoring a dented ping pong ball can be done by immerse the ball in a pan of hot water. The pressure inside the ball will increase as it heats up, then the pressure will push out the dent and restore the ball’s roundness.

iii) Pressure Cooker
    The pressure cooker is heated up and sealed tightly so the pressure don’t lost to surrounding. The pressure inside the cooker will increase the cooker temperature much higher and cook the food much faster.



5) Ideal Gas Law


 Ideal Gas Law is a derivation of combined Boyle, Charles, Gay - Lussac and Avogadro laws together into one single unifying equation as PV = nRT. The applications of Ideal Gas Law in real life is

i   ) Refrigerator
      The air in the refrigerator will be compressed to increase their temperature. This hot gas will be passed through a radiator to equalize their temperature with their surrounding. When the gas are release into the refrigerator, they will expands and cause them to cools down.

If you wanted to visit my poster in Piktochart, you can click the link down here.
https://magic.piktochart.com/output/22222858-applications-of-gas-law-in-real-life

And Here the link to download full HD image of this poster.
https://drive.google.com/file/d/0B-6exqH-YRY1bGFlb2xaYUVZUHR0TDNVcEV0M3VBM1otRUpn/view?usp=sharing

(P.S: You might have notice there is some more improvement and proofing needed, I might improve that soon)

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