1. For the binary liquid system silver-lead, the following relative integral molar fractions are listed for...

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1. For the binary liquid system silver-lead, the following relative integral molar fractions are listed for 727 °C: 0.1 ХРЬ ΔΗΜ , J ASM, J/K AGM, J AGPh, J AGAR, J 0.3 0.5 0.7 0.9 1256 3245 4225 3730 1885 3.52 7.20 8.46 7.24 4.06 Calculate the relative integral molar Gibbs energy of mixing. By means of the tangent intercept method calculate the relative partial Gibbs energies for each component. 1. For the binary liquid system silver-lead, the following relative integral molar fractions are listed for 727 °C: 0.1 ХРЬ ΔΗΜ , J ASM, J/K AGM, J AGPh, J AGAR, J 0.3 0.5 0.7 0.9 1256 3245 4225 3730 1885 3.52 7.20 8.46 7.24 4.06 Calculate the relative integral molar Gibbs energy of mixing. By means of the tangent intercept method calculate the relative partial Gibbs energies for each component.

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Since the formula for Gibbs energy of mixing is known which is G M H M T S M so can calculate Gib... View the full answer