{:(Column-I,Column-II),("Colligative properties","Aqueous solution Assume" m =M),((a)DeltaT_(f) =0.3 xx K_(f),(p)0.1m -Ca(NO_(3))_(2)),((b)DeltaT_(b) =0.28 xx K_(b),(q)0.14 m -NaBr),((c)pi =0.19 xx RT,(r)0.1m-MgCI_(2)(alpha=0.1)),((d)(P^(0)-P)/(P^(0))=(((DeltaT_(f))/(K_(f))))/(((1000)/(18))+((DeltaT_(f))/(K_(f)))),(s)0.28m-Urea),(,(t)0.1m-HA("monobasic acid"K_(a)=0.81)):}

{:(Column-I,Column-II),("Colligative properties","Aqueous solution Ass

1.	{:(Column-I,Column-II),("Colligative properties","Aqueous solution Assume" m =M),((a)DeltaT_(f) =0.3 xx K_(f),(p)0.1m -Ca(NO_(3))_(2)),((b)DeltaT_(b) =0.28 xx K_(b),(q)0.14 m -NaBr),((c)pi =0.19 xx RT,(r)0.1m-MgCI_(2)(alpha=0.1)),((d)(P^(0)-P)/(P^(0))=(((DeltaT_(f))/(K_(f))))/(((1000)/(18))+((DeltaT_(f))/(K_(f)))),(s)0.28m-Urea),(,(t)0.1m-HA("monobasic acid"K_(a)=0.81)):}
Answer» SOLUTION :(a) `(DeltaT_(F))/(K_(f)) = 0.3m` `Ca(NO_(3))_(2)` `i = 3` For `0.1 m rArr 1m = 0.2`