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//Section-14,Example-1,Page no.-PC.69
//To calculate K_p and K_x.
clc;
//K_p=K_c*((R*T)^dl_n)
dl_n=2-(1+3)
T=673 //Kelvin
R=0.0821 // (dm^3K^-1mol^-1)
K_c=0.495
P=2 //atm
K_p=K_c*((R*T)^dl_n)
disp(K_p)
//K_p=K_x*((P)^dl_n)
K_x=K_p/((P)^dl_n)
disp(K_x)
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