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clc();
clear;
// To estimate the mass transfer coefficient
v=20; // Velocity of air ammonia mixture in ft/sec
Npr=0.72; // Prandtls number
Ns=0.60; // Schimdt number
pbm=14.7; // log mean pressure in psi
Mm=29; // Molecular weight of mixture
Mv=17; // Molecular weight of ammonia
Ma=29; // Molecular weight of air
Cp=0.24; // specific heat capacity in Btu/lbm-degF
h=8; // Heat transfer coefficient
p=1; // Atospheric pressure in atm
hmp=h*Mv*(Npr/Ns)^(2/3)/(Cp*p*Ma); // Mass transfer coefficient based on pressure
printf("The mass transfer coefficient based on pressure is %.1f lbm/hr-ft^2-atm",hmp);
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