AP Physics 1 Simple Harmonic Motion Review

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In this simple harmonic motion review, we will start by defining spring constant and deriving Hooke's Law. Then we will look at a force vs displacement graph and derive an equation for elastic potential energy from the area under the curve. Next we will define frequency and period and describe their relationship. Afterwards, we will look at a mass on a horizontal spring and analyze its velocity, acceleration, and force. We will review how the period and frequency of a mass on a spring relates to the spring constant and the block's mass. Next, we'll derive the period equation for a simple pendulum. Lastly, we'll analyze the mechanical energy (PE and KE) of a mass on a horizontal spring.

📺 Recommended playlists:
AP Physics 1 Review:    • AP Physics 1 Review  
Dynamics:    • Dynamics (Forces and Newton’s Laws)  
Energy:    • Energy  

⏰Chapters⏰
0:00 Spring constant
1:10 Hooke's Law
2:06 Elastic Potential Energy
4:09 Frequency and Period
5:39 Simple Harmonic Motion (Harmonic Oscillator)
7:59 Period of a simple harmonic oscillator
8:47 Period of a simple pendulum
11:16 Energy and the simple harmonic oscillator

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