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Atoms in Motion: Ionic Bonds

For Students 6th - 8th
In nature there are many different minerals we call "Salts". If you look very closely at the particles of table salt, you will find little cubic crystals. These salt crystals are made of sodium chloride (NaCl), and their cubic shape is...
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Simon Fraser University

Chem1 Virtual Textbook: Chemical Bonds: Covalent or Ionic or What?

For Students 9th - 10th
Use this resource to understand polar covalence in ion-derived solids.
eBook
Quia

Quia: Reading Detective: Main Idea

For Students 6th - 8th
A 20 question quiz testing knowledge of ionic and covalent bonding.
eBook
Chiral Publishing

Chiral Publishing: An Introduction to Chemistry: Compounds and Chemical Bonds: Audio Book

For Students 9th - 10th
Did you ever wonder how or why atoms bond together? This interactive tutorial sheds some light on why bonds form and the difference between ionic and covalent bonds.
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Biology Pages

Kimball's Biology Pages: Electronegativity

For Students 9th - 10th
This site, which is a personal site from Kimball's Biology, provides an overview with multiple examples of electronegativity.
eBook
CK-12 Foundation

Ck 12: Flex Book Textbooks: Chemistry Second Edition

For Students 9th - 10th
[Free Registration/Login may be required to access all resource tools.] A complete, web-based, multi-media textbook covering a wide variety of Chemistry concepts.
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CK-12 Foundation

Ck 12: Chemistry for High School

For Students 9th - 10th
This digital textbook covers core chemistry concepts and includes interactive features, real-world examples, and videos.
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Other

Atoms in Motion: Atoms and Ions

For Students 9th - 10th
All matter is made of atoms! And atoms are made of even smaller more fundamental particles. Atoms are not shiny little rigid spheres as we depict in drawings and simulations; they're more like a squishy storm of tiny particles swirling...
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Other

Atoms in Motion: Molecular Dynamics

For Students 9th - 10th
These programs are classical 2-dimensional molecular dynamics simulations. Such simulations compute the motions of atoms by summing (integrating) all of the forces that the atoms exert on each other. These forces arise from changes in...

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