In this mining worksheet, students fill in the blanks to paragraphs about mining uranium and a nuclear reactor. Students fill in the blanks for 17 sentences.

Atomic theory as a philosophical study was explored even by the Ancient Greeks. The knowledge of atoms was developed in the 17th century.  This PowerPoint explains how by the 1940's, splitting of the atom was discovered and since then,...

In this alternative energy resources worksheet, students identify the ore that is commonly used in nuclear power plants and how it is processed. Then they determine the reaction that occurs when uranium atoms are split. Students also...

In a simple activity, physical scientists model nuclear fission using a droplet of oil. This can be used alone in a unit on different types of energy, or as part of the energy conservation unit produced by the Texas State Energy...

Pupils examine how nuclear reactions differ from other chemical reactions they have studied. They add up atomic masses of both the product and reactant side of an example of uranium decomposition, demonstrating mass loss involved.

After introducing your class to radioactive decay and walking them through the changes in the numbers of atomic particles, give them an opportunity to write equations for the first six daughters in a Uranium-238 decay chain. They also...

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...

In this nuclear power instructional activity, students compare fission and fusion. Students learn about the different kinds of radiation. This instructional activity has 2 short answer questions and 10 matching questions.

For this energy and nuclear power worksheet, students, with a partner, discuss what thirteen energy terms mean and match those same terms to their definitions in the second activity.

In this nuclear power worksheet, students read how atoms can be changes and are unstable. Students compare 3 kinds of radiation and the difference between fission and fusion. Then students complete 10 matching and 2 short answer questions.

Nuclear power provides about 20 percent of the energy generated in the United States. The seventh activity in the series of 12 tackles nuclear power. After sharing what they know about nuclear energy, scholars complete a WebQuest make a...

For this subatomic particle worksheet, students fill in a table with elements, their atomic mass, atomic number and number of protons, neutrons and electrons. They also answer questions about the subatomic particles in specific atoms and...

Students define technology and relate the definition to the production of electricity using nuclear energy. They also list the technologies involved and relate the use of these technologies to their effect on society in general, and...

Young scholars investigate Albert Einstein’s equation regarding energy and the speed of light.  In this algebra lesson, students explore nuclear fission and chain reactions through the use of a simulation conducted on the TI 83+...

Students complete a scavenger hunt. In this energy instructional activity, students use various Internet websites to explore forms of energy, non-renewable sources, renewable sources, electricity, uses of energy and energy efficiency.

In this atomic bomb study guide worksheet, students respond to 11 short answer questions. The questions correlate to assigned readings in a textbook.

These nicely designed slides work through the processes of nucelar fission and fusion with very clear, labeled diagrams that almost act as animations when you progress from slide to slide. Facts behind the process are summarized well....

Using the periodic table of elements, young chemists fill in a chart of isotopes to show the atomic number, mass, charge, number of protons, number of neutrons, and number of electrons. The chart is followed by 11 questions that...