Solution-I (S-I)= 0.2 M HCL (aq)
Solution-II (S-II)=0.2 M BOH (aq) `(K_6=10^-2M)`
Solution –III (S-III)= 1 litre solution- I+1 litre solution-II
Considering solute to be non-volatile and solution to be ideal, select the correct statement

Solution-I (S-I)= 0.2 M HCL (aq)

Solution-II (S-II)=0.2 M BOH (aq) `(K_6=10^-2M)`

Solution –III (S-III)= 1 litre solution- I+1 litre solution-II

Considering solute to be non-volatile and solution to be ideal, select the correct statement

Order of osmostic pressure is `S-II<S-I<S-III`

Order of vapour pressure is `S-I<S-III<S-II`

Order of boiling points is `S-II<S-III<S-I`

Order of freezing point is `S-I<S-II<S-III`

Solution-I (S-I)= 0.2 M HCL (aq)Solution-II (S-II)=0.2 M BOH (aq) `(K_6=10^-2M)`Solution –III (S-III)= 1 litre solution- I+1 litre solution-IIConsidering solute to be non-volatile and solution to be ideal, select the correct statement