Gas Laws: Ideal Gas Law Derivation

Experimentally gather data by holding variables constant to discover Boyle's, Charles's, and Avogadro's Laws.

Microscopic View

Pressure (P) 1.00 atm
Volume (V) 22.4 L
Temperature (T) 273 K
Moles (n) 1.00 mol

Variables

Select Dependent Variable
1.00 atm
22.4 L
273 K
1.00 mol

Experimental Data

Trial Pressure (atm) Volume (L) Temp. (K) Moles (mol)
No data recorded yet. Change variables and click "Record Data Point".

Analysis Graph

vs

Hint: To derive a gas law (e.g., Boyle's Law), hold two variables constant while changing the other two, record multiple data points, and then graph the changing variables against each other to observe the mathematical relationship.

Note: The "Connect Points" line sorts data by the X-axis and draws connecting lines to help visualize the shape of the data curve; it does not compute a statistical best-fit regression line.