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Physics 20 Core Unit V


Optional Unit V: Sound

Conceptual Physics

A. Applications

1. The Human Ear
2. Other Applications
  • Supplementation is required for section A.
  • B. Transmission of Sound

    1. Production of Sound
  • pages 381-384
    2. Speed of Sound
  • page 384
  • C. Characteristics of Sound

    1. Intensity
  • page 385
    2. Pitch
  • pages 386-391
    3. The Doppler Effect
  • pages 373-377
    4. Harmonics, Resonance, and Interference
  • Supplementation is required.
  • Conceptual Physics Laboratory Manual

    B. Transmission of Sound

    1. Production of Sound
  • Activity 68
    2.Speed of Sound
  • Experiment 69
  • Fundamentals of Physics: An Introductory Course

    A. Applications

    1. The Human Ear
  • pages 321-324
    2. Other Applications
  • pages 328-331, 352-357
  • B. Transmission of Sound

    1. Production of Sound
  • pages 314-315, 318-319, 324-328
    2. Speed of Sound
  • pages 316-317
  • Activities 11.1, 12.3
  • C. Characteristics of Sound

    1. Intensity
  • pages 319-321
    2. Pitch
  • Relate this to the material on the frequency of waves.
    3. The Doppler Effect
  • pages 358-359
    4. Harmonics, Resonance, and Interference
  • pages 338-352
  • Activities 12.1, 12.2
  • Fundamentals of Physics: A Senior Course

    A. Applications

    B. Transmission of Sound
    C. Characteristics of Sound
  • These topics are omitted in this resource. Supplementation is required.
  • Heath Physics

    A. Applications

    1. The Human Ear
  • pages 357-360
    2. Other Applications
  • pages 360-367, 390-395
  • B. Transmission of Sound

    1. Production of Sound
  • pages 350-351, 354-355
    2. Speed of Sound
  • pages 352-353
  • Investigations 11.1, 12.3
  • C. Characteristics of Sound

    1. Intensity
  • pages 355-357
    2. Pitch
  • Some overlap is found in sections of chapters 11 and 12.
    3. The Doppler Effect
  • pages 396-397
    4. Harmonics, Resonance, and Interference
  • pages 376-390
  • Investigations 12.1, 12.2
  • Merrill Physics: Principles and Problems

    A. Applications

    1. The Human Ear
  • pages 318-320
    2. Other Applications
  • Supplementation is required.
  • B. Transmission of Sound

    1. Production of Sound
  • pages 307-308, 314-315
    2. Speed of Sound
  • Lab page 313
  • C. Characteristics of Sound

    1. Intensity and 2. Pitch
  • pages 310-312
    3. The Doppler Effect
  • pages 309-310
    4. Harmonics, Resonance, and Interference
  • pages 315-318, 320-323
  • Merrill Physics: Principles and Problems Laboratory Manual

    A. Applications

    2. Other Applications
  • Experiment 15.1
  • C. Characteristics of Sound

    4. Harmonics, Resonance and Interference
  • Experiment 15.2
  • Physics Today 1

    A. Applications

    1. The Human Ear
  • pages 307-309
    2. Other Applications of Sound
  • Found throughout chapters 13-14. Chapter 14, The Physics of Music, presents many interesting applications.
  • B. Transmission of Sound

    1. Production of Sound
  • pages 297-302
    2. Speed of Sound
  • pages 309-312
  • Activities 13.10, 14.13
  • C. Characteristics of Sound

    1. Intensity
  • pages 304-307
  • Activity 13.11
    2. Pitch
  • pages 299-303
    3. The Doppler Effect
  • Supplementation is required.
    4. Harmonics, Resonance, and Interference
  • pages 313-317, 337-341
  • Activities 13.12, 14.14
  • Physics in Action

    A. Applications

    1. The Human Ear
  • pages 176-182
    2. Other Applications of Sound
  • pages 143-151
  • B. Transmission of Sound

    1. Production of Sound
  • pages 156-162
    2. Speed of Sound
  • pages 138-143
  • C. Characteristics of Sound

    1. Intensity and 2. Pitch
  • Supplementation is required.
    3. The Doppler Effect
  • page 171
    4. Harmonics, Resonance and Interference
  • pages 165-172, 183-188, 191-193


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