About this Video
In this first session, after a brief introduction, we discuss the role problem solving plays in the scientific method. We then focus on problems involving simple harmonic motion—i.e., on harmonic oscillators with one degree of freedom in which damping (frictional or drag) forces can be ignored.
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- Simple Harmonic Motion and Introduction to Problem Solving (01:16:17)
- Transcript - PDF English - US
- Subtitle - SRT (English - US)
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- Motion of a mass hanging from a spring (a simple example of the scientific method in action). (0:24:17)
- Oscillation of a hanging ruler pivoted at one end (example of SHM of a rigid body—problem involves the understanding of angular motion, torques and moment of inertia). (0:25:07)
- The LC circuit (charge and current oscillations in an electrical circuit). (0:12:53)
- Oscillations of a bird after landing on a branch (example of a more qualitative understanding of a physical phenomenon). (0:10:27)
Motion of a mass hanging from a spring (a simple example of the scientific method in action).
Oscillation of a hanging ruler pivoted at one end (example of SHM of a rigid body—problem involves the understanding of angular motion, torques and moment of inertia).
The LC circuit (charge and current oscillations in an electrical circuit).
Oscillations of a bird after landing on a branch (example of a more qualitative understanding of a physical phenomenon).
Related Problems
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