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```					                             TABLE OF CONTENTS
Introduction                                                            INTRO - 1

Laboratory 0: Determining an Equation from a Graph                        0 - 1

Laboratory I: Description of Motion in One Dimension                       I   -     1
Problem #1: Constant Velocity Motion                                    I   -     3
Problem #2: Motion Down an Incline                                      I   -     9
Problem #3: Motion Down an Incline with an Initial Velocity             I   -    13
Problem #4: Motion Up and Down an Incline                               I   -    16
Problem #5: Mass and Motion Down an Incline                             I    -   19
Check Your Understanding                                                I   -    23
Laboratory I Report Cover Sheet                                         I   -    25

Laboratory II: Description of Motion in Two Dimensions                    II   -     1
Problem #1: Mass and the Acceleration of a Falling Ball                II   -     2
Problem #2: Acceleration of a Ball with an Initial Velocity            II   -     5
Problem #3: Projectile Motion and Velocity                             II   -     9
Problem #4: Projectile Motion and Mass                                 II   -    12
Check Your Understanding                                               II   -    17
Laboratory II Report Cover Sheet                                       II   -    19

Laboratory III: Forces                                                   III   -     1
Problem #1: How Surfaces Affect the Kinetic Frictional Force          III   -     2
Problem #2: Forces in Equilibrium                                     III   -     6
Problem #3: Normal Force and the Kinetic Frictional Force (part A)    III   -     9
Problem #4: Normal Force and the Kinetic Frictional Force (part B)    III   -    13
Table of Coefficients of Friction                                     III   -    17
Check Your Understanding                                              III   -    18
Laboratory III Report Cover Sheet                                     III   -    21

Laboratory IV: Circular Motion                                           IV    -     1
Problem #1: Circular Motion and Acceleration (part A)                 IV    -     2
Problem #2: Circular Motion and Acceleration (part B)                 IV    -     5
Problem #3: Rotational Period and Force (part A)                      IV    -     7
Problem #4: Rotational Period and Force (part B)                      IV    -    10
Check Your Understanding                                              IV    -    13
Laboratory IV Report Cover Sheet                                      IV    -    15
Laboratory V: Energy                                                V    -    1
Problem #1: Kinetic Energy and Work                              V    -    2
Problem #2: Energy Efficiency of Collisions                      V    -    5
Problem #3: Energy in Collisions When Objects Stick Together     V    -    8
Problem #4: Energy in Collisions When Objects Bounce Apart       V    -   11
Problem #5: Power and the Human Body                             V    -   14
Check Your Understanding                                         V    -   17
Laboratory V Report Cover Sheet                                  V    -   19

Laboratory VI: Momentum                                            VI    -    1
Problem #1: Perfectly Inelastic Collisions                      VI    -    2
Problem #2: Elastic Collisions                                  VI    -    5
Problem #3: Explosions                                          VI    -    9
Check Your Understanding                                        VI    -   12
Laboratory VI Report Cover Sheet                                VI    -   15

Laboratory VII: Torque and Equilibrium                            VII    -   1
Problem #1: Designing a Mobile                                 VII    -   2
Check Your Understanding                                       VII    -   5
Laboratory VII Report Cover Sheet                              VII    -   7

Laboratory VIII: Mechanical Oscillations                          VIII   -    1
Problem #1: Measuring Spring Constants                         VIII   -    2
Problem #2: Effective Spring Constant                          VIII   -    5
Problem #3: Oscillation Frequency with Two Springs             VIII   -    8
Problem #4: Oscillation Frequency of an Extended System        VIII   -   10
Problem #5: Driven Oscillations                                VIII   -   13
Check Your Understanding                                       VIII   -   15
Laboratory VIII Report Cover Sheet                             VIII   -   17

Appendix A:   Significant Figures                                   A    -   1
Appendix B:   Accuracy, Precision, and Uncertainty                  B    -   1
Appendix C:   Graphing                                              C    -   1
Appendix D:   Video Analysis of Motion                              D    -   1
Appendix E:   Sample Lab Report                                     E    -   1
Appendix F:   Simulation Programs                                   F    -   1
Acknowledgments

The authors would like to thank all the people who have contributed to the development
of the exercises and appendices used in this laboratory manual:

Jennifer Blue                     Charles Henderson
Heather Brown                     Vince Kuo
Dave Demuth                       Michael Myhrom
Andrew Ferstl                     Kevin Parendo
Tom Foster                        Jeremy Paschke
Kaiyan Gao                        Hao Wang
Mun Chan                          Jennifer Docktor

And all of the teaching assistants who helped to find the 'bugs' in these instructions.

Kenneth & Patricia Heller

Kenneth Heller & Patricia Heller

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