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Chemical Bonding and States of Matter Quiz

Total questions: 69

Worksheet time: 3hrs 17mins

Name
Class
Date
1.

The three types of chemical bonding are...

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2.

Describe the movement and arrangement of subatomic particles in each of the above.

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3.

Using this example, draw dot and cross diagrams for H2O, NH3, and O2.

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4.

Draw a dot and cross diagram for the following ionic bonding: sodium chloride

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5.

Which four groups are more likely to make ions?

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6.

Describe the bonding in ionic compounds

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7.

Why can ionic compounds conduct electricity when in solution?

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8.

Describe how metals conduct heat and electricity. Use the diagram to help explain.

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9.

Complete the polymer diagram for the following monomer.

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10.

What is a monomer?

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11.

What is a polymer?

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12.

Properties of metals and alloys.

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13.

Describe how the 2 pictures are different to each other.

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14.

Why are some alloys harder than pure metals?

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15.

Match up the following with the state symbol.

a)

solid

b)

liquid

c)

gas

d)

solution

16.

What happens to the intermolecular forces when a liquid turns into a gas?

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17.

Describe the changes of state during: evaporation: condensation: melting:

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18.

Small molecules form substances with high/low boiling points because they have strong/weak intermolecular forces.

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19.

They do/do not conduct electricity because they do not have any free electrons.

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20.

My main areas for improvement are:

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21.

Why is this structure so strong? Choose the correct answer.

a)

Many strong ionic bonds.

b)

Many strong covalent bonds.

c)

Many strong metallic bonds.

22.

What is this a diagram of?

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23.

Explain why it can conduct electricity and heat.

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24.

The topic I understand the most in this unit is __________.

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25.

The topic I need to work on is __________.

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26.

This is a carbon __________. It has high __________ strength, high __________, and __________ conductivity.

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27.

__________ is a single layer of graphite. Why is this material so strong?

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28.

Where is this product used?

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29.

What is this structure?

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30.

How many carbon atoms are there?

a)

20

b)

30

c)

40

d)

50

e)

60

31.

Explain the differences and similarities between silicon dioxide and diamond.

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32.

What are the formulas for the following? Match up the answers.

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33.

How many: mm in 1m? __________ m in 1nm? __________

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34.

What are the abbreviated units for the following: metre; __________ centimetre; __________ millimetre; __________ nanometre; __________ micrometre; __________

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35.

Compare diamond and graphite. Describe the structure, hardness and conductivity.

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36.

My main areas for improvement are:

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37.

The three types of chemical bonding are:

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38.

Describe the movement and arrangement of subatomic particles in each of the above.

4 lines
39.

Draw a dot and cross diagram for the following ionic bonding: sodium chloride.

4 lines
40.

Which four groups are more likely to make ions?

4 lines
41.

Describe the bonding in ionic compounds.

4 lines
42.

Why can ionic compounds conduct electricity when in solution?

4 lines
43.

Using this example, draw dot and cross diagrams for H2O, NH3, and O2.

4 lines
44.

Describe how metals conduct heat and electricity. Use the diagram to help explain.

4 lines
45.

Complete the polymer diagram for the following monomer.

4 lines
46.

What is a monomer?

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47.

What is a polymer?

4 lines
48.

Properties of metals and alloys.

4 lines
49.

Describe how the 2 pictures are different to each other.

4 lines
50.

Why are some alloys harder than pure metals?

4 lines
51.

Match up the following with the state symbol.

4 lines
52.

What happens to the intermolecular forces when a liquid turns into a gas?

4 lines
53.

Describe the changes of state during:

4 lines
54.

Small molecules form substances with low boiling points because they have weak intermolecular forces.

4 lines
55.

They do not conduct electricity because they do not have any free electrons.

4 lines
56.

My main areas for improvement are:

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57.

Draw a diagram of the structure of diamond.

4 lines
58.

Why is this structure so strong? Choose the correct answer.

4 lines
59.

What is this a diagram of?

4 lines
60.

Explain why it can conduct electricity and heat.

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61.

Graphene is a single layer of graphite. Why is this material so strong?

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62.

Where is this product used?

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63.

What is this structure?

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64.

How many carbon atoms are there?

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65.

Explain the differences and similarities between silicon dioxide and diamond.

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66.

What are the formulas for the following? Match up the answers.

a)

Fe(OH)₂

b)

FeO

c)

Fe₂O₃

67.

How many: mm in 1m? _______ mm in 1nm? _______

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68.

What are the abbreviated units for the following: metre; _______ centimetre; _______ millimetre; _______ nanometre; _______ micrometre; _______

4 lines
69.

Compare diamond and graphite. Describe the structure, hardness and conductivity.

4 lines