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College Physics A  (PHY 2053C)
Fall 2004
: Lecture Notes      anirock5.gif

        This page provides links to overheads shown by Dr. Lind during lectures. In order to print the Greek letters and many math symbols correctly, the lectures are saved as Adobe .PDF files, with two transparencies per page. In order to read PDF files you need to have Adobe Acrobat Reader installed on your computer. If you do not have a copy of the Acrobat Reader, you can download a copy free of charge from the Adobe web site.

Lecture 1, Mon 08/23/04 Introduction, Chapter 1 --
     Units, Coordinate systems (pdf)
Lecture 2, Wed 08/25/04 Chapter 2 --
     Kinematics: Motion in 1-Dimension (pdf)
Lecture 3, Mon 08/30/04 Chapter 3 --
     Kinematics: Motion in 2-Dimensions - Vectors (pdf)
Lecture 4, Wed 09/01/04 Chapter 3 --
     Kinematics: Motion in 2-Dimensions - Projectile Motion (pdf)
Lecture 4-extra*, Wed 09/08/04 --
     Problem Solving and Test Preparation Strategies (pdf)
Lecture 5, Mon 09/13/04 Chapter 4 --
     Dynamics: Forces and Newton's Laws of Motion
         (friction, inertia, force-mass-acceleration) (pdf)

Lecture 6, Wed 09/15/04 Chapter 4 --
     Dynamics: Forces and Newton's Laws of Motion,
        (free-body diagrams, action-reaction) (pdf)
Lecture 7, Mon 09/20/04 Chapter 5 --
     Circular Motion, Gravitation, "Weightlessness" (pdf)
Lecture 8, Mon 09/27/04 Chapter 5 & Chapter 6 --
     Gravitation, (inertial reference frames), Work & Energy (pdf)
Lecture 9, Wed 09/29/04 Chapter 6 --
     Work & Energy, Conservation of Energy (pdf)
Lecture 10, Mon 10/04/04 Chapter 6 & Chapter 7 --
     Work & Energy, Linear Momentum, Conservation of Momentum (pdf)
Lecture 11, Mon 10/11/04 Chapter 7 & Chapter 8 --
     Conservation of Momentum, Rotational Dynamics (pdf)
Lecture 12, Wed 10/13/04 Chapter 8 --

     Rotational Motion, Angular Kinematics, Momentof Inertia (pdf)
Lecture 13, Mon 10/18/04 Chapter 8 & Chapter 9 --
     Rotational Motion , Static Equilibrium (pdf)
       (incl. moment of inertia, conservation of angular momentum)
Lecture 14, Mon 10/25/04 Chapter 13 --
     Temperature and the Kinetic Theory of Gas (pdf)
Lecture 15, Wed 10/27/04 Chapter 13 & Chapter 14 --
     Kinetic Theory of Gas, Ideal Gas Law, Heat (pdf)
Lecture 16, Mon 11/01/04 Chapter 14 --
     Heat (calorimetry and heat transfer) (pdf)
Lecture 17, Mon 11/08/04 Chapter 15 --
     The Laws of Thermodynamics (pdf)
     
(1st Law: energy conversion, isothermal &adiabatic processes)
Lecture 18, Wed 11/10/04 Chapter 15 --
     The Laws of Thermodynamics (pdf)
     
(1st Law: energy conversion, and 2nd Law: "disorder happens!")
Lecture 19, Mon 11/15/04 Chapter 10 --
     Fluids: (statics, bouyancy & Archimedes principle) (pdf)
Lecture 20, Mon 11/22/04 Chapter 10 & Chapter 11 --
     Fluids: (fluid flow, dynamics, Bernoulli's principle & lift) (pdf)
     & Vibrations and Waves (simple harmonic oscillators, damping, & resonance)
Lecture 21, Wed 11/24/04 Chapter 11 & Chapter 12 --
     Vibrations and Waves (energy transport, interference, & standing waves) (pdf)
     & Sound (hearing freq., string & wing instruments, harmonics)
Lecture 22, Fri 12/03/04 Review for Final --
     (topics covered on the final listed) (pdf)

       equation list for final

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