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AQA GCSE CHEMISTRY - BONDING, STRUCTURE & PROPERTIES OF MATTER

Total questions: 50

Worksheet time: 25mins

Name
Class
Date
1.

What shape are carbon nanotubes?

a)

Pyramidal

b)

Cubic

c)

Cylindrical

d)

Spherical

2.

What is a limitation of the particle model?

a)

The particle model assumes that particles have no forces between them

b)

The particle model assumes that particles should be square

c)

The particle model assumes that there are more particles than in real life

d)

The particle model assumes that there are fewer particles than in real life

3.

In graphite, how many covalent bonds does each carbon atom form?

a)

1

b)

2

c)

3

d)

4

4.

Which one of these is NOT a property of a fullerene?

a)

A hollow shape

b)

Hexagonal carbon rings

c)

A molecule of carbon atoms

d)

Short length and large diameter

5.

Metals consist of giant structures of           arranged in a regular pattern.

a)

atoms

b)

neutrons

c)

molecules

d)

protons

6.

Non-metal atoms become negatively charged ions by…

a)

gaining electrons

b)

sharing electrons

c)

losing electrons

d)

gaining protons

7.

Which of these is NOT an example of a giant covalent substance?

a)

Graphite

b)

Sodium chloride

c)

Diamond

d)

Silicon dioxide

8.

Ionic bonding is the bonding between…

a)

metals and non-metals

b)

metals and metals

c)

non-metals and non-metals

d)

gold and silver

9.

Which of these statements is NOT true?

Ionic compounds can conduct electricity when…

a)

they are melted

b)

they are dissolved in water

c)

electrons are free to move

d)

ions are free to move

10.

In metallic bonding, the electrons are…

a)

stationary

b)

delocalised

c)

donated

d)

gained

11.

Simple covalent molecules have…

a)

weak intermolecular forces

b)

strong intermolecular forces

c)

weak electrostatic forces

d)

strong electrostatic forces

12.

In pure metals, atoms are arranged in…

a)

no order

b)

groups of 3

c)

layers

d)

circles

13.

Covalent bonding is the bonding between…

a)

metals and non-metals

b)

metals and metals

c)

non-metals and non-metals

d)

metals and gases

14.

What takes place at the boiling point?

a)

Freezing and boiling

b)

Melting and freezing

c)

Condensing and melting

d)

Boiling and condensing

15.

In a simple covalent bond diagram, a single covalent bond is represented using…

a)

a double line

b)

a dotted line

c)

a squiggle

d)

a single line

16.

Define the term 'alloy'.

a)

Non-metal and metal chemically bonded together

b)

More than one metal chemically bonded together

c)

A metal and rock

d)

Two non-metals chemically bonded together

17.

What is a nanometre?

a)

A billionth of a metre

b)

A hundredth of a metre

c)

A thousandth of a metre

d)

A millionth of a metre

18.

How many carbon atoms are there in a molecule of Buckminsterfullerene?

a)

60

b)

50

c)

40

d)

30

19.

In diamond, how many covalent bonds does each carbon atom form?

a)

3

b)

4

c)

2

d)

5

20.

A substance has a boiling point of 220 degrees Celsius and a melting point of −120 degrees Celsius.

What state will it be at room temperature?

a)

Solid

b)

Liquid

c)

Gas

d)

Aqueous

21.

What property does graphite have in common with most metals?

a)

It can conduct electricity

b)

It is magnetic

c)

It is hard

d)

It is ductile

22.

In covalent bonding, electrons are…

a)

swapped

b)

donated

c)

shared

d)

received

23.

At room temperature and pressure, what are the state symbols for hydrogen (H2) and sodium hydroxide (NaOH)?

a)

(g) & (s)

b)

(s) & (aq)

c)

(g) & (l)

d)

(l) & (s)

24.

When magnesium bonds with oxygen, the magnesium loses two electrons. What ion will be formed?

a)

[Mg]+

b)

[Mg]2-

c)

[Mg]2+

d)

[Mg]-

25.

What takes place at the melting point?

a)

Melting and freezing

b)

Freezing and boiling

c)

Boiling and condensing

d)

Condensing and melting

26.

In a molecule of ammonia, how many electrons need to be shared for nitrogen to have a full outer shell?

a)

5

b)

3

c)

1

d)

2

27.

[Mg]2+ and [O]2- ionically bond to form magnesium oxide. What is the correct empirical formula for this compound?

a)

MgO2

b)

2MgO

c)

Mg2O

d)

MgO

28.

Why are metals good conductors of electricity?

a)

Because delocalised electrons carry the charge

b)

Because atoms carry the charge

c)

Because they are arranged in layers of atoms

d)

Because ions carry the charge

29.

At room temperature, polymers are what state?

a)

Solid

b)

Liquid

c)

Gas

d)

Aqueous

30.

Which of these statements is INCORRECT?

The amount of energy needed to change state from a solid to liquid depends on…

a)

the type of bonding

b)

the strength of forces between particles

c)

the colour of the substance

d)

the structure of a substance

31.

What happens during reduction?

a)

Electrons are gained

b)

Electrons are shared

c)

Protons are lost

d)

Electrons are lost

32.

Atoms in a polymer are linked together by…

a)

strong ionic bonds

b)

strong covalent bonds

c)

weak ionic bonds

d)

weak covalent bonds

33.

What is graphene?

a)

A hollow shape

b)

A single layer of graphite

c)

A double layer of graphite

d)

A spherical shape

34.

Which of these statements is NOT characteristic of most metals?

a)

Able to conduct electricity

b)

High melting and boiling points

c)

Malleable

d)

Insulating

35.

Ionic compounds have a regular structure that is called a…

a)

giant ionic lettuce

b)

giant ionic lattice

c)

simple ionic structure

d)

simple ionic lattice

36.

Positive ions and negative ions are attracted by…

a)

intermolecular forces

b)

electrostatic forces

c)

strong covalent bonds

d)

sticky bonds

37.

Electrons are shared in…

a)

pairs

b)

triads

c)

groups of 3

d)

groups of 4

38.

Electron transfer can be shown using…

a)

dot diagrams

b)

cross diagrams

c)

dot and cross diagrams

d)

circle diagrams

39.

Why are alloys harder than metals?

a)

They have more ions

b)

The layers of atoms cannot be distorted

c)

The delocalised electons can move more freely

d)

The atoms are bigger

40.

Which one of these is INCORRECT?

The repeating unit of a polymer is drawn using…

a)

brackets

b)

single bonds

c)

the letter 'n'

d)

double bonds

41.

Complete the sentence. Nanoparticles have a…

a)

small surface area to volume ratio

b)

large surface area to volume ratio

c)

small surface area to length ratio

d)

large surface area to length ratio

42.

[Li]+ and [O]2- would ionically bond to form lithium oxide.

What is the correct empirical formula for this compound?

a)

LiO

b)

Li2O

c)

2LiO

d)

LiO2

43.

Why do ionic compounds have high melting and boiling points?

a)

Lots of energy is needed to break strong electrostatic bonds

b)

Lots of energy is needed to break strong intermolecular forces

c)

Lots of energy is needed to break weak electrostatic bonds

d)

Lots of energy is needed to break weak intermolecular forces

44.

Atoms are most stable when…

a)

they move around

b)

the electrons move

c)

they become charged

d)

they have full outer shells

45.

Which one of these properties of diamond is NOT correct?

a)

High melting point

b)

Hard

c)

Does not conduct electricity

d)

Malleable

46.

What is a polymer?

a)

A chain of monomers

b)

A chain of carbon atoms

c)

A large ionic compound

d)

A metal

47.

When metal atoms lose electrons they become…

a)

elements

b)

negatively charged ions

c)

positively charged ions

d)

chemical bonds

48.

In graphite, how many electrons from each carbon atom are delocalised?

a)

1

b)

2

c)

3

d)

4

49.

What happens during oxidation?

a)

Electrons are gained

b)

Electrons are shared

c)

Protons are lost

d)

Electrons are lost

50.

Most metals have high melting and boiling points because…

a)

they have strong ionic bonds

b)

they have strong intermolecular forces

c)

they have strong covalent bonds

d)

they have strong metallic bonds