Classroom visuals
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![Covalent Bonding]()
Covalent Bonding
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![Covalent Bonding]()
Covalent Bonding
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![Chemical Bonds]()
Chemical Bonds
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![Carbon]()
Carbon
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![Diamond]()
Diamond
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![Nanotechnology]()
Nanotechnology
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![Diamond]()
Diamond
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![Part of the Periodic Table]()
Part of the Periodic Table
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![Dmitri Mendeleev]()
Dmitri Mendeleev
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![Using the Periodic Table]()
Using the Periodic Table
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![Spectroscope]()
Spectroscope
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![Pressure Readings]()
Pressure Readings
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![Salt]()
Salt
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![Oxygen]()
Oxygen
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![Sun]()
Sun
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![Electron Transfer]()
Electron Transfer
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![Diamonds]()
Diamonds
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![Halogen Elements]()
Halogen Elements
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![Gunpowder]()
Gunpowder
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![Fireworks]()
Fireworks
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![Fireworks]()
Fireworks
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![Fire]()
Fire
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![Dynamite]()
Dynamite
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![Explosion]()
Explosion
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Covalent Bonding
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Non-Metal Bonding
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Structures of Non-Metal Elements and Compounds
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Structures of Non-Metal Elements and Compounds (unlabelled)
Film info
Film summary
How non-metal elements combine by covalent bonds to form compounds.Key facts
- Covalent bonds occur between non-metal atoms.
- The number of bonds depends on how many electrons are in the outer shell.
- Chlorine is only short of one electron so can only form one covalent bond.
- Oxygen is short of two electrons. It can bond with two hydrogen atoms to become water.
Transcript
All around us, and inside us, the atoms of non-metals make up an important part of our world.
They include the carbon, hydrogen, oxygen, and nitrogen vital to all living things.
These non-metal atoms don't normally exist in isolation, but are bonded together to form molecules.
Molecules can be atoms of the …
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