5.The diagram below is an example of Two Partially Miscible Liquids (T vs MoleFraction).Fill out the question marks with correct number of degrees of freedom.Material Equilibrium: 2 Partially Miscible LiquidsAt constant P:T= T• 2 components ( Liquids A and B)• p phases (liquid, gas)• No reactions• No ions / electrolytesConcentration is not specified TNumber of independent components,Cing = c -r-a = 2F=?F=?Fm?F=?T = TF=?Thus,T = TucF = Cind -p+ 2F= 2-p+1F=?F= 3-pZA

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5.The diagram below is an example of Two Partially Miscible Liquids (T vs Mole Fraction).Fill out the question marks with correct number of degrees of freedom. Material Equilibrium: 2 Partially Miscible Liquids At constant P: T = T8 • 2 components ( Liquids A and B) • p phases (liquid, gas) • No reactions • No ions / electrolytes • Concentration is not specified Number of independent components, Cing = c-r-a = 2 F? Fa? F? T F=? F? Thus, T = Tục F= Cind -p+ 2 F = 2-p+1 F= 3-p F=? ZA

5.The diagram below is an example of Two Partially Miscible Liquids (T vs Mole Fraction).Fill out the question marks with correct number of degrees of freedom. Material Equilibrium: 2 Partially Miscible Liquids At constant P: T = T8 • 2 components ( Liquids A and B) • p phases (liquid, gas) • No reactions • No ions / electrolytes • Concentration is not specified Number of independent components, Cing = c-r-a = 2 F? Fa? F? T F=? F? Thus, T = Tục F= Cind -p+ 2 F = 2-p+1 F= 3-p F=? ZA

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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