These modules were prepared at a College Faculty Workshop held at the University of Colorado-Boulder, June 23–July 11, 1975.

Module Authors
Owen Anderson, Bucknell University
Stephen Baker, Rice University
Van Bluemel, Worcester Polytechnic Institute
Fernand Brunschwig, Empire State College
David Joseph, University of Nebraska-Lincoln
Robert Karplus, University of California-Berkeley
Michae Moloney, Rose Hulman Institute of Technology
Jack Munsee, California State University-Long Beach
Gary Newby, Boise State University
Ivor Newsham, Olivet Nazarene College
William Snow, University of Missouri-Rolla
Willard Sperry, Central Washington State College
Robert Swanson, University of California-San Diego
James Tanner, Georgia Institute of Technology
David Winch, Kalamazoo College

Workshop Staff
Robert G. Fuller, Director, University of Nebraska-Lincoln
Albert A. Bartlett, University of Colorado
Thomas C. Campbell, Illinois Central College
Harold Q. Fuller, University of Missouri-Rolla

Calculus-Based Physics (CBP) Modules Production Staff
Robert G. Fuller, Editor
Thomas C. Campbell, Assistant Editor
William D. Snow, Illustrator
Catherine A. Caffrey, Production Editor

Copyright © 1975 CBP Workshop, University of Nebraska-Lincoln
Reproduction rights granted.

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1975

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01 Content and Prerequisite Description: Module Sequence/Roadmap with Links

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0 Introduction to STUDY MODULES FOR CALCULUS-BASED GENERAL PHYSICS

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ALTERNATING-CURRENT CIRCUITS

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AMPÈRE'S LAW

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APPLICATIONS OF NEWTON'S LAWS

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Calculus

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CAPACITORS

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COLLISIONS

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CONSERVATION OF ENERGY

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COULOMB'S LAW AND THE ELECTRIC FIELD

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DIFFRACTION

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DIRECT-CURRENT CIRCUITS

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ELECTRIC FIELDS AND POTENTIALS FROM CONTINUOUS CHARGE DISTRIBUTIONS

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ELECTRIC POTENTIAL

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EQUILIBRIUM OF RIGID BODIES

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FARADAY'S LAW

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FLUID MECHANICS

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FLUX AND GAUSS' LAW

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GRAVITATION

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IMPULSE AND MOMENTUM

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Inductance

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Interference

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Introduction to Quantum Physics

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Kinetic Theory of Gases

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Lenses and Mirrors

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Magnetic Forces

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Maxwell's Predictions

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Newton's Laws

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Ohm's Law

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Optical Instruments

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Partial Derivatives

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Planar Motion

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Rectilinear Motion

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Reflection and Refraction

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Relativity

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Rotational Dynamics

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Rotational Motion

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Second Law and Entropy

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Simple Harmonic Motion

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Sound

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Temperature, Heat, and Thermodynamics: First Law

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Traveling Waves

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Trigonometry

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Vector Multiplication

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Wave Properties of Light

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Work and Energy

1973

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Appendix A: The Use of the Personalized System of Instruction (PSI)