Match the nature of aqueous solutions of the substances listed in Column I with the character listed in Column II. {:(,"Column I",,"Column II"),((A),KCN_((aq)),(p),"Strongly basic"),((B),TiOH_((aq)),(q),"Neutral"),((C),BeCl_(2(aq)),(r),"Weakly basic"),((D),NaNO_(3(aq)),(s),"Weakly acidic"):}

Match the nature of aqueous solutions of the substances listed in Colu

1.	Match the nature of aqueous solutions of the substances listed in Column I with the character listed in Column II. {:(,"Column I",,"Column II"),((A),KCN_((aq)),(p),"Strongly basic"),((B),TiOH_((aq)),(q),"Neutral"),((C),BeCl_(2(aq)),(r),"Weakly basic"),((D),NaNO_(3(aq)),(s),"Weakly acidic"):}
Answer» Solution :`(A)CN^(-)+H_(2)OrarrHCN+OH^(-)` (Anionic HYDROLYSIS), `pHgt7`), weakly basic `(B) TiOH"(STRONG base)"rarrTi^(+)+OH^(-)(pHgtgt7),` strongly basic `(C)Be^(2+)+2H_(2)OrarrBe(OH)_(2)+2H^(+)("cationic hydrolysis "pHgt7 ), "weakly ACIDIC"` `(D)NaNO_(3)" "("SALT of strong base NaOH and strong acid "HNO_(3))` `rarr` No hydrolysis of the cation or the anion, pH=7 , neutral