Homework Statement
This is a first-order differential equation problem involving a changing fluid density and changing tank pressure.
Tank contents: Nitrogen
Tank pressure: 390 psig
Temperature of compressed nitrogen: 0 CAtmospheric volume = infinity
Atmospheric pressure = 14.7 psi...
I found one (stupid) mistake I made in my original equation (divided out the Qleak term rather than adding it to the other side). So ignore that equation... Below is how I arrived at the new equation, and this one still has a problem.
Qleak = a*C*sqrt(2*g*h)
Qi = constant
Qe = constant...
I posted this in the DE forum as well since it is related.
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Hi all,
I've got a fairly straight forward problem to solve here regarding flow rate out of a tank with uniform cross-sectional area. I am treating this is a volumetric flow problem since there is assumed...
Hi all,
So I've got a fairly straight forward problem to solve here regarding flow rate out of a tank with uniform cross-sectional area. I am treating this is a volumetric flow problem since there is assumed to be volume flow out of the tank, and volume flow into the tank.
I have two Qout...