Chapter 3: Simple Harmonic Motion, Damping and Resonance

A-level PhysicsModule 5: Newtonian World & Astrophysics8 topicsHigher

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Module 5: Newtonian World and Astrophysics: Simple Harmonic Motion, Damping and Resonance - Authored Long Answer Questions

Examiner-style long-answer practice with automatic marking, improvement advice and ProofCoach tracking.

4 questions25 marks37.5 min

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6 marksdescribestandardOCR A

For Simple Harmonic Motion, Damping and Resonance, describe how SHM, damping and resonance applies to mass-spring oscillator driven by a motor.

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6 markscalculatehardOCR A

Using mass-spring oscillator driven by a motor, calculate a relevant OCR A Simple Harmonic Motion, Damping and Resonance quantity and explain the physical or chemical meaning of the answer. Show equation, substitution, answer and unit.

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7 marksexplainhardOCR A

Simple Harmonic Motion, Damping and Resonance - data from: mass-spring oscillator driven by a motor

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Amplitude peaks sharply at the resonant frequency f0 about 1.1 Hz where driving frequency matches the system's natural frequency. Adding damping reduces the peak amplitude and broadens the resonance curve.

The graph for Simple Harmonic Motion, Damping and Resonance shows data from mass-spring oscillator driven by a motor. Explain the pattern using the data and relevant physics principles.

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6 marksevaluatestandardOCR A

In mass-spring oscillator driven by a motor, evaluate the experimental method or model assumptions used when applying SHM, damping and resonance.

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2. Circular Motion and Angular Quantities

4. Gravitational Fields, Satellites and Potentials

Key learning objectives

Understand the key principles behind Simple Harmonic Motion, Damping and Resonance.
Apply these ideas to exam-style questions.
Recall the essential definitions and key terms.