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WorksheetsChemical Bonding and States of Matter Quiz
Total questions: 69
Worksheet time: 3hrs 17mins
The three types of chemical bonding are...
Describe the movement and arrangement of subatomic particles in each of the above.
Using this example, draw dot and cross diagrams for H2O, NH3, and O2.
Draw a dot and cross diagram for the following ionic bonding: sodium chloride
Which four groups are more likely to make ions?
Describe the bonding in ionic compounds
Why can ionic compounds conduct electricity when in solution?
Describe how metals conduct heat and electricity. Use the diagram to help explain.
Complete the polymer diagram for the following monomer.
What is a monomer?
What is a polymer?
Properties of metals and alloys.
Describe how the 2 pictures are different to each other.
Why are some alloys harder than pure metals?
Match up the following with the state symbol.
solid
liquid
gas
solution
What happens to the intermolecular forces when a liquid turns into a gas?
Describe the changes of state during: evaporation: condensation: melting:
Small molecules form substances with high/low boiling points because they have strong/weak intermolecular forces.
They do/do not conduct electricity because they do not have any free electrons.
My main areas for improvement are:
Why is this structure so strong? Choose the correct answer.
Many strong ionic bonds.
Many strong covalent bonds.
Many strong metallic bonds.
What is this a diagram of?
Explain why it can conduct electricity and heat.
The topic I understand the most in this unit is __________.
The topic I need to work on is __________.
This is a carbon __________. It has high __________ strength, high __________, and __________ conductivity.
__________ is a single layer of graphite. Why is this material so strong?
Where is this product used?
What is this structure?
How many carbon atoms are there?
20
30
40
50
60
Explain the differences and similarities between silicon dioxide and diamond.
What are the formulas for the following? Match up the answers.
How many: mm in 1m? __________ m in 1nm? __________
What are the abbreviated units for the following: metre; __________ centimetre; __________ millimetre; __________ nanometre; __________ micrometre; __________
Compare diamond and graphite. Describe the structure, hardness and conductivity.
My main areas for improvement are:
The three types of chemical bonding are:
Describe the movement and arrangement of subatomic particles in each of the above.
Draw a dot and cross diagram for the following ionic bonding: sodium chloride.
Which four groups are more likely to make ions?
Describe the bonding in ionic compounds.
Why can ionic compounds conduct electricity when in solution?
Using this example, draw dot and cross diagrams for H2O, NH3, and O2.
Describe how metals conduct heat and electricity. Use the diagram to help explain.
Complete the polymer diagram for the following monomer.
What is a monomer?
What is a polymer?
Properties of metals and alloys.
Describe how the 2 pictures are different to each other.
Why are some alloys harder than pure metals?
Match up the following with the state symbol.
What happens to the intermolecular forces when a liquid turns into a gas?
Describe the changes of state during:
Small molecules form substances with low boiling points because they have weak intermolecular forces.
They do not conduct electricity because they do not have any free electrons.
My main areas for improvement are:
Draw a diagram of the structure of diamond.
Why is this structure so strong? Choose the correct answer.
What is this a diagram of?
Explain why it can conduct electricity and heat.
Graphene is a single layer of graphite. Why is this material so strong?
Where is this product used?
What is this structure?
How many carbon atoms are there?
Explain the differences and similarities between silicon dioxide and diamond.
What are the formulas for the following? Match up the answers.
Fe(OH)₂
FeO
Fe₂O₃
How many: mm in 1m? _______ mm in 1nm? _______
What are the abbreviated units for the following: metre; _______ centimetre; _______ millimetre; _______ nanometre; _______ micrometre; _______
Compare diamond and graphite. Describe the structure, hardness and conductivity.
