This unit explains the fundamentals of the
harmonic oscillator, focusing on
simple harmonic motion (SHM),
damped, and
forced oscillations. Understand the physics behind
restoring forces,
differential equations of SHM, and
energy distribution in oscillatory systems. Learn how
damping affects motion and how
resonance occurs when a system is driven at its natural frequency. This topic is crucial for
Kannur University BSc Physics students, offering deep insights into mechanical vibrations, time period, amplitude, and phase. Applications include
pendulums,
springs, and even
AC circuits. Master the mathematical formulation and physical understanding needed for conceptual clarity and exam success.
Semester 3 | Kannur University | Notes | BSc Physics
Unit 1: Non inertial Systems and Fictious Forces: Link Unit 2: Central Force Motions: Link Unit 3: Harmonic Oscillator: Link
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