Match the following equilibria with the corresponding condition {:((i),"Liquid"hArr"Vapour",,(a),"Saturated solution"),((ii),"Solid" hArr"Liquid",,(b),"Boiling point"),((iii),"Solid" hArr"Vapour",,(c),"Sublimation point"),((iv) ,"Solute(s)"hArr"Solute (solution)",,(d),"Melting point"),(,,,(e),"Unsaturated solution"):}

Match the following equilibria with the corresponding condition {:((i

1.	Match the following equilibria with the corresponding condition {:((i),"Liquid"hArr"Vapour",,(a),"Saturated solution"),((ii),"Solid" hArr"Liquid",,(b),"Boiling point"),((iii),"Solid" hArr"Vapour",,(c),"Sublimation point"),((iv) ,"Solute(s)"hArr"Solute (solution)",,(d),"Melting point"),(,,,(e),"Unsaturated solution"):}
Answer» Solution :(i) Liquid `hArr` Vapor equilibrium EXISTS at the boiling point. Hence, (i) - (B). (II) Solid ` hArr` Liquid equilibrium exists at the melting point. Hence, (ii)-(d). (iii) Solid `hArr`Vapourequilibrium exists at the sublimation point. Hence, (iii) - (c). (IV) Solute (s) `hArr` Solute (solute) equilibrium exists in a saturated solution . Hence, (iv) - (a).