Example 1.4-1

>  restart;
>  ucon:=g/(cm*s)/sqrt(g/mol*K)*A^2; Units that the constant 
in eq. 1.4-18 must have.
>  mu:=2.6693e-5*ucon*sqrt(M*T)/(sigma^2*omegmu);  Eq. 1.4-18 
after adding the units to the constant.
>  kapoe:=1/190/K; sigma:=3.996*A;M:=44.01*g/mol; kapoe is 
Kappa/epsilon. Giving all terms their units.
>  T:=200*K;x1:=T*kapoe;omegmu:=1.5471; omegmu found using 
Matlab from the value of x1
Both x1 and omegmu are dimensionless.
>  evalf(mu); Here is the answer in cgs units.

>