Physics 11



Course Outline

Learning Outcomes

Daily Schedule


Introduction

Kinematics

Nuclear

Dynamics

Energy

Waves

Relativity


Science Fair

Physics 11 Links

Ms. B's Main Site






This Unit is Under Construction!!







Assignments

Reminders

  • Make sure all questions are answered in full, complete sentences.

  • Do your work to the best of your ability.



Mark

Tasks

assignment

1.    Choose a topic for the Project on Nuclear Energy

notebook

2.    Criteria For The Nuclear Energy Project.

notebook

3. Notes For The Nuclear Energy Unit.

assignment

4.  Worksheet on Nuclear Fission.






Nuclear Physics Web Links





Learning Outcomes for Nuclear Fission and Fusion Unit.

It is expected that students will demonstrate an understanding of the implications of using nuclear processes.

    1. determine the make up of the atomic nucleus
      1. protons, neutrons,
      2. isotopes
      3. radioactive decay
        1. alpha, beta, gamma radiation
        2. write equations reflecting alpha, beta, and gamma radiation
    2. compare and contrast fusion and fission reactions and supply examples
    3. transmutation, mass defect, and mass energy relationships
      1. E=mc2
    4. define chain reaction, critical mass, control rods, and moderator
    5. discuss the advantages and disadvantages of using nuclear energy
      1. nuclear waste
      2. ˝ lives of isotopes
    6. compare and contrast different types of nuclear reactors
      1. CANDU
      2. Pressure Water, Gas Cooled, Fast Breeder








©2001 Charla Beaulieu
This document was last modified on Friday, September 15, 2006
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