Go into depth with an investigation of fusion and fission area, how they work, the pros and cons and the many dangers of these reactions. The video also covers e = mc^2 and mass defects. 

Radioactivity and nuclear chemistry, transmutation of elements and isotopes, calculating half lives and radioactive decay. Introduce these concept and more with a video on carbon dating. The show concludes with an explanation of...

It is hard to believe a 300-foot-tall Redwood tree began as a single cell hundreds of years ago. How did it grow so large? Observe how different kinds of cells (bacteria, sex cells, and eukaryotic cells) reproduce or make more cells for...

Here is a high-quality presentation of how forces hold atoms together, but can be unstable in larger atoms. Fission and fusion are explained with colorful animated graphics and energy graphs. Explanations are elaborate, making this...

Four activities demonstrate the chain reaction of nuclear fission to your physical science fans: falling dominoes, snapping mouse traps, throwing paper wads, and igniting a series of matches. They perform additional laboratory activities...

Why do atoms break down? Scholars learn about radioactive decay as part of the larger Chemistry PowerPoints series. They differentiate between fission and fusion and alpha or beta particles, as well as gamma rays. Diagrams show how atoms...

Young historians examine photos, letters, war posters, and other primary source documents to analyze the rationale for the Manhattan Project, determine why Oak Ridge was selected as a site for the Secret City, and study the contributions...

Nuclear energy powers the Mars rovers as well as provides energy in more than 30 countries around the world. While some believe nuclear energy is the future of energy production, others worry about the risk factors and radioactive waste....

What force drives a species' will to survive and thrive? Explore reproduction through the first of a four-part video series. The narrator discusses both sexual and asexual reproduction and cites examples of each. 

Need some strategies for teaching nuclear processes that are sure to cause an explosion of learning in your classroom? Get all the essential background knowledge, plus tips for getting your point across in a thoughtful video. Concept...

Harness that classroom energy to study fission and fusion. An interesting video lesson first explains the process of fission and fusion and then discusses practical uses. The instructor explains in detail the reactions in nuclear...

Engineering challenges, construction costs, and disasters are some of the challenges when it comes to nuclear energy. Watch a video that explains each of these and more in detail.

Scholars control a nuclear reactor and learn to start or prevent a chain reaction with an informational resource that includes connections to nuclear energy as well as nuclear weapons.

The largest series of nuclear fusion reactions in our solar system has been happening for millions of years. The sun works in much the same way that atomic bombs work. Here is a video that describes how each work and the safety checks...

How does a nuclear reaction create such a large amount of energy? The idea of a nuclear reaction develops from a comparison with chemical reactions. The video instructor then explains the process of both nuclear fission and fusion. This...

Lab closed, gone fission! This video discusses both fission and fusion and their relationship to each other. In addition, it also explains why uranium, plutonium, and hydrogen are used and which process uses which elements. 

After defining six terms based on the cell cycle and mitosis, young scientists cut, paste, and label cell pictures in the order of which they occur in mitosis.

Take charge of your class and provide them with an electrical experience! Individuals investigate the basic principles of electricity and magnetism by creating a model to test electric current and the amount of electricity generated....

Radiation has numerous real-world applications, some of which are relatively safe while others can be extremely hazardous. In this nuclear chemistry project, young scientists choose a practical use of nuclear reactions to research in...

In this nuclear chemistry worksheet, students define radioactivity and the types of nuclear reactions. They label nuclear reactions with one of five types of reactions including fusion, fission, induced, natural decay or electron capture.

These two pages cover the gamut of topics regarding reproduction and DNA replication. Structures, processes, functions, and reasons for them are tested here. The questions are mostly multiple choice, but there are also a few...