Homework: Covalent Bonding

Homework: Covalent Bonding
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Slide 1: Slide
ChemistryUpper Secondary (Key Stage 4)BTEC

This lesson contains 14 slides, with interactive quizzes, text slides and 3 videos.

Items in this lesson

Homework: Covalent Bonding

Slide 1 - Slide

You are going to write notes summarising the basics of covalent bonding.

These notes must include:
  • A labelled diagram showing the formation of covalent bonds.
  • A labelled diagram showing the difference between simple molecular structures and giant covalent structures.
  • Definitions of the words on the following page.
  • An explanation of the properties of simple molecular structures and giant covalent structures. (Melting points, electrical conduction). 
I have attached videos to help you, however I would encourage you to use other reliable sources to supplement e.g. the BTEC textbook.

There are slides where you can attach a picture of your notes, so that I can review them. 

There are some questions to answer at the end of the slides. You will need a periodic table to help you with some of the answers.

Slide 2 - Slide

Definitions
  • Covalent bond
  • Dative covalent bond
  • Electrostatic force
  • Simple molecule (give common examples)
  • Giant covalent structure (give common examples)
  • Graphite and graphene.

Slide 3 - Slide

Slide 4 - Video

Slide 5 - Video

Slide 6 - Video

Upload a photo of your notes here.

Slide 7 - Open question

Covalent bonding occurs in...
A
Metals
B
Metals and non-metals
C
Non-metals

Slide 8 - Quiz


NaCl
A
Ionic
B
Covalent
C
Metallic

Slide 9 - Quiz


C6H12O6
A
Ionic
B
Covalent
C
Metallic

Slide 10 - Quiz

Covalent compounds
Which of the following are covalent compounds?
Sodium  chloride
Water
Steel
Calcium carbonate
Carbon dioxide
Iron fluoride
Magnesium Sulfate
Sulfur dioxide
Carbon
Nickel

Slide 11 - Drag question

Draw a dot and cross diagram showing the bonding in ammonia.

Slide 12 - Open question

Explain why diamond has a high melting point. (4 marks).

Slide 13 - Open question

Explain why oxygen is a gas at room temperature. (3 marks).

Slide 14 - Open question