Tro IC3

1. HCl2. H2SO4

3. NH3

4. H2CO3

5. HNO2

14.2 Which of the following is NOT an acid in water?

Tro IC3

1. HCl2. H2SO4

3. NH3

4. H2CO3

5. HNO2

14.2 Which of the following is NOT an acid in water?

Tro IC3

1. HNO3

2. H2SO4

3. H2S4. H3PO4

5. HCl

14.3 Which of the following acids is the most widely produced chemical in the United States?

Tro IC3

1. HNO3

2. H2SO4

3. H2S4. H3PO4

5. HCl

14.3 Which of the following acids is the most widely produced chemical in the United States?

Tro IC3

1. Turns litmus paper red2. Proton acceptor3. Feels slippery4. Tastes bitter5. All of the above

14.4 Which of the following is NOT a property of a base?

Tro IC3

1. Turns litmus paper red2. Proton acceptor3. Feels slippery4. Tastes bitter5. All of the above

14.4 Which of the following is NOT a property of a base?

Tro IC3

1. CaOH2. CaH3. CaH2

4. Ca(OH)25. Ca2(OH)

14.5 What is the chemical formula for the base calcium hydroxide?

Tro IC3

1. CaOH2. CaH3. CaH2

4. Ca(OH)25. Ca2(OH)

14.5 What is the chemical formula for the base calcium hydroxide?

Tro IC3

1. Ca(OH)22. H2O

3. KOH4. H2SO4

5. Two of the above

14.8 Which of the following can act as an Arrhenius base?

Tro IC3

1. Ca(OH)22. H2O

3. KOH4. H2SO4

5. Two of the above

14.8 Which of the following can act as an Arrhenius base?

Tro IC3

1. H2O

2. Al(OH)33. HI4. NaCl5. NH4C2H3O2

14.11 Which of the following would turn blue litmus paper red?

Tro IC3

1. H2O

2. Al(OH)33. HI4. NaCl5. NH4C2H3O2

14.11 Which of the following would turn blue litmus paper red?

Tro IC3

1. KCl2. KNO2

3. KNO3

4. H2O

5. KH

14.12 What is the salt formed in the neutralization reaction between nitric acid and potassium hydroxide?

Tro IC3

1. KCl2. KNO2

3. KNO3

4. H2O

5. KH

14.12 What is the salt formed in the neutralization reaction between nitric acid and potassium hydroxide?

Tro IC3

1. 0.0750 M2. 2.29 M3. 0.572 M4. 3.00 M5. 1.14 M

14.14 A 25.0-mL solution of 3.00 M acetic acid (HC2H3O2) required 65.6 mL of NaOH to reach the endpoint. Calculate the original concentration of the NaOH(aq).

Tro IC3

1. 0.0750 M2. 2.29 M3. 0.572 M4. 3.00 M5. 1.14 M

14.14 A 25.0-mL solution of 3.00 M acetic acid (HC2H3O2) required 65.6 mL of NaOH to reach the endpoint. Calculate the original concentration of the NaOH(aq).

Tro IC3

1. 0.5 M2. 1.0 M3. 1.5 M4. 2.0 M5. 4.0 M

14.18 What is the [OH1–] in a 1.0 M calcium hydroxide solution?

Tro IC3

1. 0.5 M2. 1.0 M3. 1.5 M4. 2.0 M5. 4.0 M

14.18 What is the [OH1–] in a 1.0 M calcium hydroxide solution?

Tro IC3

1. Basic2. Acidic3. Neutral4. Strongly basic5. Two of the above

14.19 A solution with [H3O1+] = 1 x 10–4 M is:

Tro IC3

1. Basic2. Acidic3. Neutral4. Strongly basic5. Two of the above

14.19 A solution with [H3O1+] = 1 x 10–4 M is:

Tro IC3

1. 4 x2. 40 x3. 400 x4. 4000 x5. 1000 x

14.21 How many times more acidic is a solution with a pH of 1 than a solution with a pH of 4?

Tro IC3

1. 4 x2. 40 x3. 400 x4. 4000 x5. 1000 x

14.21 How many times more acidic is a solution with a pH of 1 than a solution with a pH of 4?

Tro IC3

1. 2.002. 03. 0.104. 1.005. It cannot be determined.

14.23 What is the pH of 0.10 M HCl?

Tro IC3

1. 2.002. 03. 0.104. 1.005. It cannot be determined.

14.23 What is the pH of 0.10 M HCl?