Exercise (Compound pendulum) part 2
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Exercise (Compound pendulum) part 1
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Exercise (Vertical elastic pendulum)
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Exercise (Horizontal elastic pendulum with two identical springs)
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Exercise (Damped mechanical oscillator) part 2
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Exercise (Energetic study of a harmonic oscillator) part 2+Exercise (Damped mechnical oscillator) part 1
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Exercise (Energetic study of a harmonic oscillator) part 1
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Exercise (Horizontal elastic pendulum)
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Exersice (collision induced mechanical oscillator) part 3
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Exersice (collision induced mechanical oscillator) part 2
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Exercise (collision induced mechanical oscillator) part 1
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Simple pendulum (differential equation , time equation and characteristics)
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Relations between translational and rotational kinematics
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Analogy between translational and rotational motion (revision from grade 11)
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Vertical elastic pendulum
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Differential equation for damped mechanical oscillation
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Derivation of the differential equation of HEP using Newton’s second law
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Time equations for HEP
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Time graphs for Horizontal elastic pendulum(HEP)
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Types of mechanical oscillation
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