An equimolar liquid mixture of benzene (B) and toluene (T) at 20C is fed continuously to...

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An equimolar liquid mixture of benzene (B) and toluene (T) at 20°C is fed continuously to a vessel in which the mixture is heated to 60°C. The liquid product is 35.0 mol. % B, and the vapour product is 72.3 mol. % B. Heat capacity table ах103 bx10-5 сх108 dx10-12 C, (B.) C, (B) C, (T.) C, (Tv) 126.5 25.3 74.06 32.95 -25.20 77.57 148.8 32.4 94.18 38.00 - 27.86 80.33 Ть, в %3D 80.10°С, ТЬ,т %3110.62°C Hvap, B = 30.77 kJ/mol, Hvap, T =38.06 kJ/mol %3D Figure 3: Heat capacity table and associated characteristics. How much heat must be transferred to the mixture per g-mole of feed? [25] [Total: 25] An equimolar liquid mixture of benzene (B) and toluene (T) at 20°C is fed continuously to a vessel in which the mixture is heated to 60°C. The liquid product is 35.0 mol. % B, and the vapour product is 72.3 mol. % B. Heat capacity table ах103 bx10-5 сх108 dx10-12 C, (B.) C, (B) C, (T.) C, (Tv) 126.5 25.3 74.06 32.95 -25.20 77.57 148.8 32.4 94.18 38.00 - 27.86 80.33 Ть, в %3D 80.10°С, ТЬ,т %3110.62°C Hvap, B = 30.77 kJ/mol, Hvap, T =38.06 kJ/mol %3D Figure 3: Heat capacity table and associated characteristics. How much heat must be transferred to the mixture per g-mole of feed? [25] [Total: 25]