Post by Br. Marius on Feb 17, 2016 18:46:29 GMT
I'm somewhat confused by this problem, and I think it's my weakness in math. Is it really as straightforward as going through the derivation for the Reynold's Transport Theorem and applying Leibnitz's theorem? I'm basing my derivation from the statement:
\(\frac{D}{Dt}B_{sys}=\frac{D}{Dt}\int\rho bdV+\int\rho b(\vec{u}\cdot\vec{n})dA\)
\(\frac{D}{Dt}B_{sys}=\frac{D}{Dt}\int\rho bdV+\int\rho b(\vec{u}\cdot\vec{n})dA\)