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Problem 1 A stream of liquid 1 at 3 0 0 K with a flow rate of 2 m o l s and a stream

Problem 1 A stream of liquid 1 at 300K with a flow rate of 2mols and a stream of
liquid 2 at 340K with a flow rate of 3mols are mixed in an adiabatic mixer in a steady
flow process. The molar excess Gibbs energy of the mixture is represented by
G??(ex)=1500x1x2
a) Estimate the temperature of the stream exiting the mixer if the heat capacities
for pure components 1 and 2 are 40Jmol.K and 60Jmol.K, respectively.
b) Determine the rate of entropy change as a result of the mixing process.Problem 1 A stream of liquid 1 at 300 K with a flow rate of 2 mol/s and a stream of liquid 2 at 340 K with a flow rate of 3 mol/s are mixed in an adiabatic mixer in a steady flow process. The molar excess Gibbs energy of the mixture is represented by Gex 1500X1X2
a) Estimate the temperature of the stream exiting the mixer if the heat capacities for pure components 1 and 2 are 40 J/mol.K and 60 J/mol.K, respectively.
b) Determine the rate of entropy change as a result of the mixing process.
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