Answer:
n=28.03
Explanation:
For this problem you would have to use the Ideal gas law formula which is [tex]PV=nRT[/tex]. In this formula, R is called the ideal gas law constant which is R= 0.08205
For your problem, this formula would look like this...[tex]n=\frac{PV}{RT}[/tex]
First you would have to convert Celsius to Kelvin: 273 + 127 C= 400K
Your problem would look like this in the formula [tex]n= \frac{(18.4 atm)(50.0 L)}{(0.08205)(400 K)}[/tex]
Once solved n= 28.03 mol
