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[20pts] 2. Liquid a and b are known to form a binary mixture defined by the following excess Gibbs equation: GE=6000xaxb(10.0005T)[J/mol] where T is in

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[20pts] 2. Liquid a and b are known to form a binary mixture defined by the following excess Gibbs equation: GE=6000xaxb(10.0005T)[J/mol] where T is in [K]. The solids of these species are completely immiscible. The properties of the species are given in the table below: If the change in heat capacity can be neglected, find the temperature and the composition at the eutectic point. [20pts] 2. Liquid a and b are known to form a binary mixture defined by the following excess Gibbs equation: GE=6000xaxb(10.0005T)[J/mol] where T is in [K]. The solids of these species are completely immiscible. The properties of the species are given in the table below: If the change in heat capacity can be neglected, find the temperature and the composition at the eutectic point

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