As mentioned in my previous post, the studies of gases are much related on **Volume**, **Temperature** and **Pressure**.

For **Boyle's Law**, it studies the relationship between **Volume** and **Pressure** of a gas.

Definition: The pressure of an ideal gas at constant temperature varies inversely with its volume.

By mathematical expression, it will be:

\(V\propto\frac{1}{p}\)

where

\(V\) is for volume

\(p\) is for pressure

When the pressure increase, the volume decrease;

When the pressure decrease, the volume increase.

If you squeeze a balloon, you increase the pressure, then you will see the balloon contracted.

If you let your balloon floats up to the sky, the air pressure decrease and your balloon will expand.

So, as the temperature is fixed, we will have:

\(p_1V_1=p_2V_2=k\)

where \(k\) is the *proportional constant*

Some other notes:

For Boyle's Law, the

**mass**of the gas must be fixed.For Boyle's Law, the

**temperature**is fixed.Boyle's Law is only suitable when the gas we are dealing is an

**Ideal Gas**.

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## Comments

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TopNewestNice post.

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Nice Post!

Waiting for notes on other laws (Charles law and Ideal Gas Equation ... etc)

And thanx for the question as well :)

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Thanks for all your posts, by the way, what is an

ideal gas??.Log in to reply

Awesome job! (y)

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Very good

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