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TEACHING INTRODUCTORY PHYSICS

ARNOLD ARONS, The University of Washington
ISBN: 0-471-13707-3, 800 Pages, Cloth, 1997


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Description:

Arnold Arons is widely regarded as one of the leaders in physics teaching and in physics education research. He is a past president of the AAPT and a recipient of its Oersted Medal. His two previous book for Wiley broke new ground in bringing emerging insights into the teaching and learning of physics to teachers of introductory physics at both college and high school levels.

Teaching Introductory Physics is a combination of the previous Guide to Introductory Physics Teaching, and Homework and Test Questions for Introductory Physics Teaching. Both works have been edited to incorporate suggestions and feedback received after the first publication. Added to this combination is a monograph intended to illustrate how certain misleading aspects, widely prevalent in existing text presentations, can be rectified in introductory teaching of the energy concepts.

This is not a textbook for class use in introductory physics (although the third part could be incorporated into an ongoing course at calculus physics level as a section on the classical conservation laws). This is intended as a guide and resource for active teachers at college and high school level. It could be a textbook for a course on physics education for students who have the necessary prior background in physics. It has been used in training and development workshops for high school physics teachers.

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Table of Contents:

Click on a Chapter Title to read an excerpt from that chapter.

  • Part One: A Guide to Teaching for Learning and Understanding
  1. Underpinnings
  2. Rectilinear Kinematics
  3. Elementary Dynamics
  4. Motion in Two Dimensions
  5. Momentum and Energy
  6. Static Electricity
  7. Current Electricity
  8. Electromagnetism
  9. Waves and Light
  10. Early Modern Physics
  11. Miscellaneous Topics
  12. Achieving Wider Scientific Literacy
  13. Critical Thinking
  1. Scaling and Ratio Reasoning
  2. Kinematics
  3. Force and Dynamics
  4. Momentum and Energy
  5. Electricity
  6. Direct Current Circuits
  7. Electromagnetism
  8. Particle Trajectories in E - and B - Fields
  9. Wave Phenomena
  10. Images with Mirrors and Lenses
  11. Geometrical and Physical Objects
  12. Fluids and Thermal Phenomena
  13. Kinetic Theory
  14. Modern Physics
  15. Mixed Areas of Subject Matter
  16. Naked Eye Astronomy
  17. Learning Objectives
  18. Term Paper Assignments
  1. Linear Momentum
  2. Interaction, State, System, and Conservation of Mass
  3. The Concept of "Heat"
  4. Energy