Chapter 4 Mass and Energy Balances - CPP
4-6 dt dV = 9 - F w (E-2) Step #4: Specify the boundary condition for the differential equation. At t = 0 (8:00 AM), V = 3.00x103 m3. Step #5: Solve the resulting equation and verify the solution. Integrate Eq. (E-2) to obtain V = 3.00·103 + 9.00t - F dt t w 0 (E-3) at t = 240 min, F dt t w 0 = F w dt 240 0 Simpson's Rule - Odd number of equally spaced data points, h = interval between