Teachers' Domain®
 

Organization:

Forgot Your Password?

Not yet registered?

Register now to download, share, and save resources. It's simple, safe, and free! Learn More

You are now "Test Driving" Teachers' Domain

You may view up to 7 resources in this limited trial period.

You have 6 views remaining. Register now for unlimited free access and to download, share, and save resources. Learn More

About Registration:

Registering with Teachers' Domain is free and allows you to:

  • • View as many resources as you like
  • • Save, sort, and share resources using My Folders and My Groups
  • • Download resources to your desktop
  • • See standards correlations for your state

Thank you for "Test Driving" Teachers' Domain

You have viewed all seven resources permitted in this limited trial period. You may continue to browse the site, but to view, download, share, and save resources, you must register now. Registration is simple, safe, and free.

For more information:

Learn about our online Professional Development Courses, or review our Privacy Policy.

If you still have questions, please contact us.

NSDLNSDL users sign in here

Recommended for: Grades 6-12

Resource: Atomic Arrangements in Solids

Media Type:
QuickTime Video

Length: 1m 17s
Size: 2.2 MB

This video/animation asks the question "So if the same molecules are in the solid, liquid, and vapor forms of water, why are their properties so different?" The properties of a material are affected not just by the kinds of atom in it, but also by how they are arranged, and how free they are to move around. Forms of carbon are introduced, from graphite to buckyballs.

 

Teachers' Domain, Atomic Arrangements in Solids, published April 9, 2007, retrieved on ,
http://www.teachersdomain.org/resource/psu06-nano.sci.atomarrangements/

Standards

Please answer this survey question:

Thank you!

Your response has been received. Thanks for helping improve Teachers' Domain!

Resource Produced by:

WPSU

Collection Developed by:

WPSU

Collection Credits

Collection Funded by:

National Science Foundation