![](http://3.bp.blogspot.com/-yifzfNzRMak/VIfqE9-A-zI/AAAAAAAAABA/SPO1Mu9yOEE/s1600/image011.jpg)
Charles's Law
This image shows how Charles's law's relationship between volume and temperature. ↑↑↑
![](//1.bp.blogspot.com/-Ir0qZ7Bz37M/VIiz4BYAS0I/AAAAAAAAADI/zOZMP6QOCAA/s1600/Basketball.png)
Charles's law states that as the temperature was increase, so did the volume.The Charles's law also known as the law of volume. Think of it this way, as the temperature of the gas increase, the gas molecules will begin to move around more quickly and hit the walls of their container with more force-thus the volume will increase.
Here is the formula about Charles's Law: V1/T1=K
![](http://1.bp.blogspot.com/-GRVTZsMlk1I/VIiUUFSqbUI/AAAAAAAAACA/69zEkoa3u7g/s1600/absolute-zero.jpg)
Real life examples:
A real life example of Charles law is when you leave a ball (Basketball, Football, Soccer ball) outside in the cold and it shrinks. This is because when the temperature decreases so does the volume.![](http://1.bp.blogspot.com/-Ir0qZ7Bz37M/VIiz4BYAS0I/AAAAAAAAADI/zOZMP6QOCAA/s1600/Basketball.png)
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