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Period and Frequency (Genova, 6:54)
Definitions of period and frequency, and calculations with them.
Wave Speed, Frequency, and Wavelength (Genova, 5:44)
Solving problems related to these variables.
Measuring Wavelength (Genova, 2:17)
Calculating wavelength from a diagram.
The Doppler Effect (outside link, 3:01)
Explaining how the Doppler Effect works.
For Honors Physics only:
Period of a Pendulum (Genova, 3:49)
Using a formula to determine the period of a simple pendulum.
Changing the Period of a Pendulum (Genova, 5:06)
Using proportional analysis to determine how a pendulum's period will change when you change its length or alter the acceleration of gravity.
Drawing Harmonics for a Node/Node Standing Wave (Genova, 5:58)
Drawing and measuring the first 4 harmonics of a standing wave that begins and ends with nodes.
Drawing Harmonics for an Antinode/Antinode Standing Wave (Genova, 4:33)
Drawing and measuring the first 4 harmonics of a standing wave that begins and ends with antinodes.
Drawing Harmonics for a Node/Antinode Standing Wave (Genova, 4:25)
Drawing and measuring the first 4 harmonics of a standing wave that begins with a node and ends with an antinode.