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Consider the isothermal CSTR shown below, a where a reactant A is introduced into the tank and is converted to a product B. The volumetric flow rate F of the inlet stream is subject to variations due to upstream pressure fluctuations. The volume of the CSTR is maintained constant with level control and the reaction mechanism is with the reaction rate given by . For this system the inlet flow rate acts as a disturbance on the effluent concentration of the component A. What is the value of the lag time(in hours) of the disturbance transfer function if the residence time in the reactor is 1.0 hours and the reaction rate constant is Consider the isothermal CSTR shown below, a where a reactant A is introduced into the tank and is converted to a product B. The volumetric flow rate F of the inlet stream is subject to variations due to upstream pressure fluctuations. The volume of the CSTR is maintained constant with level control and the reaction mechanism is with the reaction rate given by . For this system the inlet flow rate acts as a disturbance on the effluent concentration of the component A. What is the value of the lag time(in hours) of the disturbance transfer function if the residence time in the reactor is 1.0 hours and the reaction rate constant is