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Assume you have a single-phase binary alloy with a composition of NA = 0.87. Also assume...

Assume you have a single-phase binary alloy with a composition of NA = 0.87. Also assume that the free energy of pure A is 34,000 J/mole and that the free energy of pure B is 21,500 J/mole. Assume the temperature is 1200 K.

  • a. Calculate the free energy of one mole of the alloy assuming the activity of the A component is 0.83 and the activity of the B component is 0.11.
  • b. Calculate the free energy of a mole of the alloy if it forms an ideal solution.
  • c. Calculate the driving force for mixing of the non-ideal alloy in part (a).
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Answer #1

লেs,Hn १ N, : ০.৪৭ = Y, 3५0०0 J /nc = ০:13 =*g শsh + NB १।5०० /e 1१০০ k. T के RT ta aB ০ + g ৫ - ও-৪৭»१-314 তচxn3) + 3+8-1५ x

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