13. For the Bronsted-Lowry acid-base reaction shown: HSO. HPO SO + H.PO. A conjugate Bronsted-Lowry acid-base pair is: a) HSO. (base) and SO2 (acid) b) HPO(base) and H.PO. (acid) c) HSO(acid) and HPO: (base) d) HPO: (acid) and H.PO (base) e) impossible to determine 14. The following choice identifies a complete dissociation/ionization in water: (1) strong bases (II) weak bases (III)strong acids (IV)weak acids a. b. C. I only I and II II and IV d) e) I, II, III and IV I and III 15. a. Which statement is not true of pH: a pH of 11 is 100 times more basic than a pH of 9 b. a pH of 6 is 1000 times more acidic than a pH of 3 C. as the pH value increases beyond a pH of 7, there will be more OH ions than H.O ions a pH value that is less than 7 is acidic none of these d. e. 16. a. Which one of these groups consists of soluble materials only: LiBr, NaNO3, CaCO3 d) (NH4)2CO3, K3PO4, NaOH b. ZnSO4, MgCO3, Al2S: e) none of these Mg(NO3)2, Ca3(PO4)2, Ag! c. 17. a. b. C. As the temperature of a solution increases, the solubility of salts and the solubility of gases decreases, increases d) increases, decreases decreases, decreases doesn't change, doesn't change increases, increases 18. a. If the concentration of acid in a solution is increased, the: [HO] increases and pH decreases b. [H.Oj decreases and pH increases C. [HO] and pH both increase d. [H.O and pH both decrease [OH) increases and pH increases e