Science, asked by sharmapramila5151, 8 months ago

size of ideal solution​

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Answered by vasantha2582
1

Answer:

In an ideal solution, γi = 1, and μiE = 0 for all components. If γi < 1, then μiE < 0, and from Eq. (4.36), Δμi < Δμiideal. That is, the component i is more stable in the solution than it would be in an ideal solution of the same composition. If γi > 1, then μiE > 0, and the driving force for the component to enter into solution is less than in the case of an ideal solution.

Activity coefficients with respect to different standard states are discussed in Sections 5.9–5.11Sections 5.9Sections 5.10Sections 5.11.

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