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Two process streams are mixed, Mi and M2, to produce one feed stream, M3, for a chemical mixing process as shown in Figure (at steady state condition). The concentration of component 4 in stream 1, C1is L and in stream 2, C2, is 2 gl. respectively. A ratio control valve is fixed for stream 1 and stream 2 to maintain the feed flow rate entering to the mixing tank. A volumetric flow rate of 20 L/min is set in the ratio controller, Le. V1+V2 - 20 L/min. Volume of the mixing tank, V, is 250 L. Mass flow indicator (FI 01) reads a mass flow rate of 100 gmin at steady state. a) Determine the mass flow rates of stream 1 and stream 2 under steady state condition b) Determine the transfer function and its response, when the mass flow indicator reads 60 g/min (assume step change). FI 1 Stream Cot M- Stream 3 M. - 100 mily TZ Set point FCON V-250L 20 Lmin Stream Co to reactor Stream 2 C-21 M- Assume valve opening of both streams (streaml and stream2) follows linear percentage opening, i.e. 0-20 L/min, with 5 min opening for each step