Question: We have used Raoult's law to obtain the expression for the freezing point shift of a solution: RT;XB Afus HAm If the activity of

We have used Raoult's law to obtain the expression for the freezing point shift of a solution: RT;XB Afus HAm If the activity of the solvent is given instead by aa = k XA and the vapor pressures of the pure solvent and solute are P and P, what is the new equation for AT; in terms of the mole fraction of solute? 21n kA O AT RT; Afus HAm RT;2(In kA- XB) Afus HAm RT; In kA Afus HAm 2 RT;XXB AT Afus HAm RT;2(In kA- XB) O AT fus Hm RT;XAXB AT = Afus Hm
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