Simple Harmonic Motion

Mr. Anderson explains simple harmonic motion, focusing on mass-spring oscillators and pendulums. He discusses the concept of equilibrium and restoring forces, and how these lead to harmonic motion. The video covers the period of oscillation, factors affecting it, and how to analyze position, velocity, and acceleration. Through PhET simulations, the effects of mass, spring stiffness, pendulum length, and gravitational field strength on the period are demonstrated. The video concludes with a summary of key learnings and outcomes.

What role does gravitational field strength play in the period of a pendulum?

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Identify the maximum and minimum points of velocity and acceleration in simple harmonic motion.

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Summarize the key characteristics that affect harmonic motion.

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