Answer:
∆V = -111.6 Liters
Change in Volume = -111.6 Liters
Step-by-step explanation:
From the ideal gas equation,
PV = mRT
V = mRT/P
Change in temperature, results in volume
∆V = mR∆T/P ......1
Where;
P = pressure = 105.091kPa = 105091 Pa
∆V = change in Volume
m = mass = 2.205 kg
R = gas constant for oxygen= 259.84 J/kgK
∆T = change in Temperature = (23.014 - 43.483) = -20.469K
Substituting into the equation 1;
∆V = 2.205×259.84×-20.469/105091 m^3
∆V = -0.1116m^3 × 1000L/m^3
∆V = -111.6 Liters