The reaction A B, r = k(T)CA, AHR = -25,000 cal/mole is to be run...

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The reaction A → B, r = k(T)CA, AHR = -25,000 cal/mole is to be run in aqueous solution at atmospheric pressure. (a) If the reactor is adiabatic and To 300 K, what is the highest CAo for the reactor not to boil? (b) It is found that k at 300 K is 0.2 min-1 and the activation energy is 30,000 cal/mole. Calculate X (t ) in an adiabatic PFTR and in an adiabatic CSTR for CAo = 2 moles/liter. %3D The reaction A → B, r = k(T)CA, AHR = -25,000 cal/mole is to be run in aqueous solution at atmospheric pressure. (a) If the reactor is adiabatic and To 300 K, what is the highest CAo for the reactor not to boil? (b) It is found that k at 300 K is 0.2 min-1 and the activation energy is 30,000 cal/mole. Calculate X (t ) in an adiabatic PFTR and in an adiabatic CSTR for CAo = 2 moles/liter. %3D