• ### D.1. Simple Harmonic Motion

3. #### D.1.1. Introduction to Harmonic Motion

1. D.1.1.O. Overview
2. D.1.1.1. Recognizing examples and non-examples of harmonic motion
4. #### D.1.2. Hooke’s Law

1. D.1.2.O. Overview
2. D.1.2.1. Solving problems using the equation Fs = -kx
5. #### D.1.3. Kinematics of Spring-Block Oscillators

1. D.1.3.O. Overview
2. D.1.3.1. Recognizing that the period represents the amount of time for one cycle to complete
3. D.1.3.3. Calculating period using the equation period = time / cycles
4. D.1.3.4. Calculating the frequency using the equation Frequency = cycles / time
5. D.1.3.5. Calculating the frequency and period using the equations f = 1 / T and T = 1 / f
6. #### D.1.4. Simple Pendulums

1. D.1.4.O. Overview
2. D.1.4.1. Determining the factors that affect the period of a pendulum
3. D.1.4.2. Determining the restoring force for a pendulum using the equation Frestoring = mgsinθ
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