Vt_equation 2
clear
clc
g=input("g.....");
u=input("u.....");
ps=input("ps.....");
pw=input("pw.....");
d=input("d.....");
vt=(1/18)*(((ps-pw)*g*d^2)/u);
printf("Vt=.%f",vt);
clc
g=input("g.....");
u=input("u.....");
ps=input("ps.....");
pw=input("pw.....");
d=input("d.....");
vt=(1/18)*(((ps-pw)*g*d^2)/u);
printf("Vt=.%f",vt);
Vt_equation 1
clear
clc
g=9.81
u=0.001002
ps=2.5*1000
pw=1*1000
d=2e-6
vt=(1/18)*(((ps-pw)*g*d^2)/u);
printf("Vt=.%f",vt);
clc
g=9.81
u=0.001002
ps=2.5*1000
pw=1*1000
d=2e-6
vt=(1/18)*(((ps-pw)*g*d^2)/u);
printf("Vt=.%f",vt);
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