Answer:
140 L (141.409 without rounding)
Explanation:
Assuming ideal behavior (so that we can use the ideal gas law), we can plug into the equation PV=nRT. P=2.3 atm, n=7.34 mol, and T=540 K. (If converting from Celsius to Kelvin, add 273.15.) For R, we'll use 0.082057 L*atm/(mol*K) so that the units cancel out. 2.3 atm*V=7.34 mol*.082057 Latm/(molK)*540 K. Divide both sides by 2.3 to get the Volume in liters. That will give you a volume of 140 L (with sig figs. If you don't round it, you'd get 141.409 L).
