1) Consider a first-order reaction in a CTSR. The governing equations, derived from the mass and...

 

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1) Consider a first-order reaction in a CTSR. The governing equations, derived from the mass and energy balance, are given by dC V =F(Co-C)-k VC dt dT Vp =FpCp(To-T-UA(T-T)-AHVK C dt - R The rate constant is given by Arrhenius law: k = koe The constants are given below: F=1; V=50; Co=2; R=1.987; Ea=30X10³; ko = 2.6X1020; rho*Cp = 2.5; To=290; T₁=278; U*A=10; AH = -20, p = 1 the initial conditions: C(0) = 10 and T(0) = 0. dC Find the time t so that dt = 1 1) Consider a first-order reaction in a CTSR. The governing equations, derived from the mass and energy balance, are given by dC V =F(Co-C)-k VC dt dT Vp =FpCp(To-T-UA(T-T)-AHVK C dt - R The rate constant is given by Arrhenius law: k = koe The constants are given below: F=1; V=50; Co=2; R=1.987; Ea=30X10³; ko = 2.6X1020; rho*Cp = 2.5; To=290; T₁=278; U*A=10; AH = -20, p = 1 the initial conditions: C(0) = 10 and T(0) = 0. dC Find the time t so that dt = 1

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answers Answes Given that V Vp 50 dc de dc dt d T de V50 ... View the full answer