Derive the relationship between the elevation of boiling point and molar mass of non-volatile solute.

Derive the relationship between the elevation of boiling point and mol

1.	Derive the relationship between the elevation of boiling point and molar mass of non-volatile solute.
Answer» Solution :`P _("solution") prop x_(A)` by Raoult.s law where `x _(A)` is the mole fraction of the solvent ` P _("solution") = k x_(A)` when `x _(A) =1,k =p_("solvent")^(0)` `p _("solvent"_^(0)=` partial pressure of pure solvent. `P _("solution")=` partial pressure of pure solvent. `P_("solution") = P_("solvent")^(0) x _(A)` `(P _("solution"))/(P _("solvent")^(0)) =x_(A)` ` 1- (P _("solution")/(P _("solvent")^(0)) =1-x_(A)` `THEREFORE (P_("solvent"^(0) -P_("solution"))/(P_(solvent"^(0))=x _(B)` where ` x _(B)=` mole fraction of the SOLUTE `x _(A) + x _(B) =1` `therefore x _(B) =1-x_(A)` `(P ^(@) -P)/(P^(@)) =x_(B)`