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Classical Mechanics I
General Course description
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Chapter 5 - Oscillations
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Chapter 1 Newton’s Laws of Motion
Chapter 2 Projectiles and Charged Particles
Chapter 3 Momentum and Angular Momentum
Chapter 4 Energy
Chapter 5 Oscillations
Chapter 6 Calculus of Variations
Chapter 7 Lagrange’s Equations
Chapter 8 Two-Body Central-Force Problems
Chapter 9 Mechanics in Noninertial Frames
Chapter 10 Rotational Motion of Rigid Bodies
Chapter 11 Coupled Oscillators and Normal Modes
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Section 5.1 - Hooke's Law
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Section 5.2 - Simple Harmonic Motion
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Section 5.3 - Two-Dimensional Oscillators
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Section 5.4 - Damped Oscillation
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Section 5.5 - Driven Damped Oscillations
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Section 5.6 - Resonance
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Section 5.7 - Fourier Series
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Section 5.8 - Fourier Series Solution for the Driven Oscillator
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Section 5.9 - The RMS Displacement; Parseval's Theorem
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Chapter 5 - Oscillations
Previous Chapter
Menu
Chapter 1 Newton’s Laws of Motion
Chapter 2 Projectiles and Charged Particles
Chapter 3 Momentum and Angular Momentum
Chapter 4 Energy
Chapter 5 Oscillations
Chapter 6 Calculus of Variations
Chapter 7 Lagrange’s Equations
Chapter 8 Two-Body Central-Force Problems
Chapter 9 Mechanics in Noninertial Frames
Chapter 10 Rotational Motion of Rigid Bodies
Chapter 11 Coupled Oscillators and Normal Modes
Next Chapter
Degree