Laboratory Manual for Basic Physics PHYS: 1400 & 1409

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Laboratory Manual for Basic Physics is intended for a one-semester survey course for physics, PHYS:1400, Basic Physics.

Many of the experiments used in this course were originally designed for more advanced courses. The original authors of these experiments were John Goree and Chuck Williamson. In recent years many of these experiments have been adapted into experiments more appropriate for this course. Several of the previously existing experiments (also written by Goree and Williamson) also underwent significant revision. These adaptations and revisions were made by laboratory coordinator Anthony Moeller with feedback from TAs and lab setup crew members. Additionally, this manual is now available to you in full color, which should improve the usefulness of many pictures and diagrams.

A1 Precision Measurement
A2 Force Balance
A3 Acceleration of Gravity
A4 Hooke’s Law and Simple Harmonic Oscillators
A5 Projectile Motion
A6 Conversion and Conservation of Energy
A7 The Mechanical Equivalent Of Heat
A8 Specific Heat
A9 Charge Measurement
A10 Mapping Electric Fields Using Equipotentials
A11 Ohm’s Law
A12 The Speed of Sound
A13 Thin Lenses
A14 Diffraction
A16 Geiger Counters and Radioactive Shielding

University of Iowa

Laboratory Manual for Basic Physics is intended for a one-semester survey course for physics, PHYS:1400, Basic Physics.

Many of the experiments used in this course were originally designed for more advanced courses. The original authors of these experiments were John Goree and Chuck Williamson. In recent years many of these experiments have been adapted into experiments more appropriate for this course. Several of the previously existing experiments (also written by Goree and Williamson) also underwent significant revision. These adaptations and revisions were made by laboratory coordinator Anthony Moeller with feedback from TAs and lab setup crew members. Additionally, this manual is now available to you in full color, which should improve the usefulness of many pictures and diagrams.

A1 Precision Measurement
A2 Force Balance
A3 Acceleration of Gravity
A4 Hooke’s Law and Simple Harmonic Oscillators
A5 Projectile Motion
A6 Conversion and Conservation of Energy
A7 The Mechanical Equivalent Of Heat
A8 Specific Heat
A9 Charge Measurement
A10 Mapping Electric Fields Using Equipotentials
A11 Ohm’s Law
A12 The Speed of Sound
A13 Thin Lenses
A14 Diffraction
A16 Geiger Counters and Radioactive Shielding

University of Iowa