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//Variable declaration:
//From example 18.19:
m1 = 144200 //Mass flow rate of flue gas (lb/h)
m2 = 541700 //Mass flow rate of air (lb/h)
R = 0.73 //Universal gas constant (psia.ft^3/lbmol. R)
P = 1 //Absolute pressure (psia)
T = 1020 //Absolute temperature ( R)
MW = 29 //Molecular weight of air
t = 1.5 //Residence time (s)
//Calculation:
m = m1+m2 //Total mass flow rate of the gas (lb/h)
q = m*R*T/(P*MW) //Volumetric flow at 560 F (ft^3/h)
V = q*t/3600 //Volume of tank (ft^3)
m = round(m*10**-2)/10**-2
//Result:
printf("The total mass flow rate of the gas is : %f lb/h .",m)
printf("The volumetric flow at 560 F is : %.2f x 10^7 ft^3/h",q/10**7)
printf("The volume of tank is : %.0f ft^3 .",V)
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