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Classroom visuals
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![Chemical Bonds]()
Chemical Bonds
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![Metallic Bonding]()
Metallic Bonding
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![Oxygen Models]()
Oxygen Models
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![Carbon]()
Carbon
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![Diamond]()
Diamond
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![Nanotechnology]()
Nanotechnology
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![Spectroscope]()
Spectroscope
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![Molecular model]()
Molecular model
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![Atom's Structure]()
Atom's Structure
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![Supernova]()
Supernova
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![Davy's Electrolysis Trough]()
Davy's Electrolysis Trough
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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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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
The basic ways elements combine to create compounds, fundamental to life as we know it.Key facts
- There are 92 naturally occurring elements.
- They fall into two categories: metals and non-metals.
- Chemical bonds can form between them in a variety of ways.
- These bonds give rise to rocks, oceans, modern materials and the diversity of life.
Transcript
Everything in the known Universe is made from just over 90 different building blocks...
The elements.
Elements
From liquid mercury, to volatile iodine, shimmering gold, to dazzling magnesium.
Elements are pure substances that can't be chemically broken down into simpler substances.
Each element consists of its own unique type of atom.
And because ...
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