Simple Harmonic Motion: Crash Course Physics

The video explores the swaying issue of the Millennium Bridge, linking it to oscillations and simple harmonic motion. It explains the physics behind oscillations using a ball and spring model, discussing kinetic and potential energy. The video compares simple harmonic motion to uniform circular motion, providing mathematical insights into period, frequency, and velocity. It also covers resonance and its impact on the bridge's oscillations, concluding with a summary of key learnings.

What was the initial promise of the Millennium Bridge and what issue did it face shortly after opening?

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Explain the concept of oscillations and how it relates to the swaying of the Millennium Bridge.

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Describe the relationship between kinetic energy and potential energy in the context of simple harmonic motion.

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What is the significance of amplitude in simple harmonic motion?

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What mathematical relationships can be derived from uniform circular motion to understand simple harmonic motion?

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How does resonance affect the oscillation of the Millennium Bridge?

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Discuss how the position of an object in simple harmonic motion changes over time.

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