1. Constant Force (F = constant)
Variable Force (F = -kx)
Simple Harmonic Motion
Uniformly Accelerated Motion

2. Simple Harmonic Motion
Waves in general
(including traveling waves and standing waves)
Longitudinal
Transverse
Light (chapter 24)
Waves on a taut string
Sound

3. SIMPLE HARMONIC MOTION
Mass on the end of a spring
Mass on the end of a string (pendulum)
Questions we will answer:
What is the period of the oscillation?
Where is the mass at a certain time?
How fast is the mass moving at a certain time?

4. WAVES Traveling waves Standing waves
Note features such as amplitude, wavelength, frequency
Relate speed to wavelength and frequency
Calculate the specific speed of a wave on a taut string
Standing waves
Know how a standing wave is produced
Know different standing wave patterns for guitar strings and organ pipes (and be able to make calculations related to wavelength and frequency