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Question: two aqueous hydrogen bromide solutions containing 60 wt hbr sg10402...

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Two aqueous hydrogen bromide solutions containing 6.0 wt% HBr (SG-1.0402) and 60.0 wt% HBr (SG- 1.6731) are mixed to form 1.30 x103 kg/hr of a 4.27 molar HBr solution (SG-1.2340). Below is the process flow diagram. m1 kg/hr solution (unknown) Vi L/hr solution (unknown) Xi-6.0 wt% HBr X2-94.0 wt% water m3-1.30 x103 kg/hr solution V3 L/hr solution (unknown) X5 28.0 wt % HBr Xs = 72.0 wt% water Mixer m2 kg/hr solution (unknown) V2 L/hr solution (unknown) X3-60.0 wt% HBr X4-40.0 wt% waterThe mass balance equations for HBr and water are: 6.0 wt %, HBr 100% 60.0 wt% HBr 1.30x 10 kg/hrx 28.0 wt% HBr 100 % 100 % 40.0 wt % water 100% 94.0 wt% water 1.30 103 kg / h rx 72.0 wt% water 100 % 100 % Solve these questions simultaneously. What are mi and m2, the mass flow rates of the 6.0 wt% and 60.0 wt% HBr solutions, respectively? Number kg/hr Number kg/hr

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