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  3. problem 3 consider the system of differential equations describing the...

Question: problem 3 consider the system of differential equations describing the...

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Problem 3: Consider the system of differential equations describing the concentration of A and B in a batch reactor: dCA dt (Eqn 2) dt Initial conditions: at t-0, C,-0.01 and CS-0.01 mol/L The reaction rate constants k1-5.9 and k2 1.44 L/(mol.min) Calculate the batch time (t) when the concentration of B (Ca) reaches 0.004 mol/L. a) Solve the differential equation analytically using integrating factor method Hint: If you divide Eqn 1 by Eqn 2, k, C k, Св In the transformed differential ca is the dependent variable and CB is the independent variable. Now apply integrating factor method the solve the differential equation: 2k

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