1) What effect will the addition of HNO3 have on the autoionization of water?
(a) More hydroxide ions will be consumed by the autoionization of water.
(b) More hydronium ions will be produced by the autoionization of water.
(c) More water molecules will be consumed by the autoionization of water.
(d) It will have no effect on the autoionization of water.
2) What effect will the addition of NaOH have on the autoionization of water?
(a) More hydroxide ions will be produced by the autoionization of water.
(b) More hydronium ions will be produced by the autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on the autoionization of water.
3) What effect will the addition of NaBr have on the autoionization of water?
(a) More hydroxide ions will be produced by the autoionization of water.
(b) More hydronium ions will be consumed by the autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on the autoionization of water.
4) What effect will the addition of H2CO3 have on the autoionization of water?
(a) More hydroxide ions will be produced by the autoionization of water.
(b) More hydronium ions will be produced by the autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on the autoionization of water.
5) What effect will the removal of HF from solution have on the autoionization of water?
(a) More hydroxide ions will be produced by the autoionization of water.
(b) More hydronium ions will be consumed by autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on the autoionization of water.
6) What effect will the removal of S-2 from solution have on the autoionization of water?
(a) More hydroxide ions will be produced by the autoionization of water.
(b) More hydronium ions will be consumed by the autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on the autoionization of water.
7) What effect will the removal of NH4+ from a solution have on the autoionization of water?
(a) More hydroxide ions will be consumed by the autoionization of water.
(b) More hydronium ions will be produced by the autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on autoionization of water.
8) What effect will the removal of H2S from a solution of that acid have on the autoionization of water?
(a) More hydroxide ions will be consumed by the autoionization of water.
(b) More hydronium ions will be produced by the autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on the autoionization of water.
9) What effect will the removal of H2SO4 from a solution of that acid have on the autoionization of water?
(a) More hydroxide ions will be consumed by the autoionization of water.
(b) More hydronium ions will be consumed by the autoionization of water.
(c) More water molecules will be consumed by the autoionization of water.
(d) It will have no effect on the autoionization of water.
10) What effect will the removal of NH3 from a solution have on the autoionization of water?
(a) More hydroxide ions will be consumed by the autoionization of water.
(b) More hydronium ions will be produced by the autoionization of water.
(c) Reversing the autoionization of water will produce more water molecules.
(d) It will have no effect on the autoionization of water.