Note:  This page is for reference only.  The links on this page do not work, and are not intended to work. 

Your DVD's have menus with the same links, and contain the actual video clips.  When you run your DVD's as instructed, the links you will see there do work.

Physics I Disk 0

Video Experiments; Introduction to Graphs, Rates, Linearization; Uniformly Accelerated Motion, Sets 1 and 2

Video Experiment Clips:  Introductory motion and timing experiments, video version

Introduction to Graphs, Rates, Linearization:  How to describe graphs; the meaning of rate; linearizing data

Uniformly Accelerated Motion:  Concepts of Uniformly Accelerated Motion; Intro Prob Sets 1-2

Physics I Disk #1 is Combined Physics, Precalculus, Calculus CD

Physics I Cd #2

Introduction; Classes 1-6

Introduction to course  View for overview of the course; should be viewed with early assignments.

Class #1:  Velocity and Acceleration (ball rolling down incline)

Class #2:   Position Graph from Velocity Graph (constant acceleration)

Class #3:  Inferences from a constant-acceleration v vs. t graph

Class #4:  Inferences from Initial and Final Velocities on a Known Time Interval, Const Accel

Class #5:   Lab Exercise; The Use of Flow Diagrams in Problem-Solving

Class Notes #06:  Acceleration vs. Ramp Slope Experiment; Deriving Equations of Motion aided by Diagrams

Disk EPS01

Experiments and Problem Sets

Graphs and Rates in General   Same material covered on CD #0

Refined Pendulum Techniques   Refined Methods for Timing with a Synchronized Pendulum (1/4-cycle, 3/4-cycle, etc.)

Experiments 3-10   Lab Kit Experiments 3-10

Experiments 11-20 Lab Kit Experiments 11-20

Experiments 22-24 Lab Kit Experiments 22-24

Video Experiment Clips (rubber band calibration)

EPS02:  Set 3 Problems on Energy

Set 3 Introduction:  Work-Energy Theorem from Newton's 2d Law and Equations of Motion

Set 3 Clip #1:   Work done by pushing object on pushed object; work by pushed object on pushing object

Set 3 Clip #2:   Examples of work; Work-Energy Theorem

Set 3 Clip #3:   Work-Energy with and without Dissipative Forces

Set 3 Clip #4:   Work by known force on known mass during given time interval

Set 3 Clip #5:   Work-Energy with KE calculations

Set 3 Clip #6:   A two-mass system accelerating due to gravitational force on one object

Set 3 Clip #7:   Work Done by a Rubber Band

Set 3 Problems 1-3:   Force, Work, Displacement Relationships

Set 3 Problems 5-6:   Overall Work-Energy Relationships

Set 3 Problems 7-9:   Work-Energy details for accelerating object, first steps

Set 3 Problems 10-12:   Work-Energy details for accelerating object

Set 3 Problem 13:   Two-mass System

Set 3 Problem 13 (continued)

Set 3 Problem 14:   Work and the Rubber Band

Set 3 Problem 14 (continued) 

Formulating Energy Conservation

Formulating Energy Conservation (continued)

Set 3 Problems 15-16:   General Application of Energy Conservation Formulation

Set 3 Problems 17-18:   Specific Application of Energy Conservation Formulation

Set 3 Problems 19-23:   Application to Gravitational PE

Set 3 Problems 24-26:   Application to Gravitational PE in presence of Nonconservative Forces

Set 3 Problems 27-28:   Application to Rubber-band System

Physics I CD #3

Video Clips #07-#12

 

Physics I CD #4

Class Notes #13:   Forces, Work, Energy

Class Notes #14:   Forces, Work, Energy

Class Notes #15:  Energy and Projectile Motion

Class Notes #16:  Momentum; Projectiles; Problems

Class Notes #17:   Projectiles; Impulse-Momentum Theorem

Class Notes #18:   Momentum in Two Dimensions

Physics I CD #5

Class #19a:  More Momentum; Impulse-Momentum

Class #19b:  Miscellaneous Notes

Class #20:  Vectors; Forces

Class #21:  Forces; Projectile Motion

Class #22:    Terminal Velocity, Momentum Conservation in Two Dimensions

Physics I Cd #6

Class #23:    Energy, Vectors and Projectile Motion

Class #24:    Energy and Orbits

Class #25:  Orbit Simulation

Class #26:    Orbital Velocities, Energies

Class #27:    Newton's Law of Universal Gravitation; Orbital and Escape Velocities

Physics I CD #7

Class #28:    Rotational Motion

Class #29:    Stable and Unstable Equilibrium; Rotational KE

Class #30:  Moment of Inertia

Class #31:  Moments of Inertia

Physics I CD #8

#32:  Cantilevered Beam: Statics and Dynamics

#33:  Leaning Ladder; Introduction to Simple Harmonic Motion

#34:  Test Review (includes practice test)

#35:  SHM of floating objects

#36:  Velocity, Acceleration and Energy in SHM

Physics I CD #9

#37:  Miscellaneous Problems

#38:  Review I

#39:  Review II

#40:  Review III