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Lesson 49

Total questions: 37

Worksheet time: 19mins

Name
Class
Date
1.

Write the correct formula:


Hydrochloric acid

a)

HCl

b)

HCl2

2.

Write the correct formula:


Perchloric acid

a)

H2ClO4

b)

HClO4

3.

Write the correct formula:


Chlorous acid

a)

HClO2

b)

HClO3

c)

H2ClO2

4.

Write the correct formula:


Sulfurous acid

a)

H2SO3

b)

H2SO2

c)

HSO3

5.

Write the correct formula:


Hydriodic acid

a)

Hello

b)

HI

c)

H2I

6.

Write the correct formula:


Acetic acid

a)

H2C2H3O2

b)

H2O

c)

HC2H3O2

7.

Write the correct formula:


Phosphoric acid

a)

H2PO4

b)

H3PO4

c)

HPO4

8.

Write the correct formula:


Chromic acid

a)

H2CrO4

b)

HCrO4

c)

H3CrO4

9.

Write the correct formula:


Hydrofluoric acid

a)

HF

b)

HF2

10.

Name this acid:


H2SO4

a)

Sulfurous acid

b)

Hydrosulfurous acid

c)

Sulfuric acid

11.

Name this acid:


HNO3

a)

Nitric acid

b)

Nitrous acid

c)

Hydronitric acid

12.

Name this acid:


HNO2

a)

Nitrous acid

b)

Nitric acid

c)

Hydronitrous acid

13.

Name this acid:


H2CO3

a)

Hydrocarbonic acid

b)

Carbonic acid

c)

Hydrochlorate acid

14.

Name this base according to the rules you learned earlier this year:


KOH

a)

Potassium monohydroxide

b)

Potassium hydroxide

c)

Phosphorus oxygen hydrate

15.

Name this base according to the rules you learned earlier this year:


Ba(OH)2

a)

Barium hydroxide

b)

Hydrobarium hydroxide

c)

Boron hydroxide

16.

Name this base according to the rules you learned earlier this year:


Sr(OH)2

a)

Strontium hydroxide

b)

Scandium hydroxide

c)

Salt hydroxide

17.

Compounds are always considered an acid when they contain which ion?

a)

H+

b)

OH-

18.

Compounds are always considered a base when they contain which ion?

a)

H+

b)

OH-

19.

When an acid/base neutralization reaction occurs between an Arrhenius acid and base, the products will always be ? and?

a)

water, salt

b)

H20, CO2

c)

acid, base

20.

For the the neutralization reaction shown below, write the two products that would be expected.


HCl + Ba(OH)2→ ? and ?

a)

H2O, BaCl2

b)

H2O, BaCl

c)

H2O, Ba2Cl

21.

For the the neutralization reaction shown below, write the two products that would be expected.


KOH + HBr → ? and ?

a)

H20, KBr

b)

H20, KBr2

c)

H202, KBr

22.

For the neutralization reaction shown below, write the two products that would be expected.


HNO2 + Sr(OH)2 → ? and ?

a)

H20, Sr(NO2)2

b)

H20, SrNO2

c)

H20, Sr2NO2

23.

For the the neutralization reaction shown below, write the two products that would be expected.


H3PO4 + KOH → ? and ?

a)

H2O, K3PO4

b)

H2O, KPO4

c)

H2O, K(PO4)3

24.

For the the neutralization reaction shown below, write the two products that would be expected.


H2Cr2O7 + NaOH → ? and ?

a)

H2O, Na2Cr2O7

b)

H2O, NaCr2O7

c)

H2O, Na(Cr2O7)2

25.

For the the neutralization reaction shown below, write the two products that would be expected.


Ca(OH)2 + H2CO3 → ? and ?

a)

H2O, CaCO3

b)

H2O, Ca2CO3

c)

H2O, Ca(CO3)2

26.

For the the neutralization reaction shown below, write the two products that would be expected.


H2SO3 + NaOH → ? and ?

a)

H2O, Na2SO3

b)

H2O, NaSO3

c)

H2O, Na2SO2

27.

For the the neutralization reaction shown below, write the two products that would be expected.


HNO3 + LiOH → ? and ?

a)

H2O, LiNO3

b)

H2O, LiNO

c)

H2O, Li3NO

28.

Complete this sentence:

A strong acid _______ dissociates, while a weak acid only_______ dissociates.

a)

completely, partially

b)

partially, completely

c)

rarely, sometimes

29.

Determine pH of the solution below based on the concentration of H+ions.


[H+] = 0.000032 M

a)

4.49

b)

2.98

c)

1.2

30.

Determine pH of the solution below based on the concentration of H+ions.


[H+] = 2.1 x 10-9 M

a)

8.68

b)

4.62

c)

13.8

31.

Determine pH of the solution below based on the concentration of H+ions.


[H+] = 0.000000023 M

a)

7.64

b)

3.92

c)

8.25

32.

Determine the pH of the solution below based on the concentration of OH- ions.


[OH-] = 0.072 M

a)

12.9

b)

10.7

c)

3.6

33.

Determine the pH of the solution below based on the concentration of OH-ions.


[OH-] = 3.4 x 10-6 M

a)

8.5

b)

10.3

c)

2.7

34.

Determine the pH of the solution below based on the concentration of OH-ions.


[OH-] = 0.0000001 M

a)

7

b)

1

c)

14

35.

Complete the following sentence.


The pH of an acid is ? 7.

a)

less than

b)

equal to

c)

greater than

36.

Complete the following sentence.


The pH of an base is ? 7.

a)

less than

b)

equal to

c)

greater than

37.

Complete the following sentence.


The pH of a neutral solution is ? 7.

a)

less than

b)

equal to

c)

greater than