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Davis and Kaye Acoustics of Buildings G Bell Sons Ltd Fig 1 35
Types of Wave
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absorption Acoust alternating current Amer amplitude angle antinodes aperture applied audibility basilar membrane beam calculated centre coefficient constant corresponding curve cycles/sec density diameter diaphragm diffraction direction disc displacement distance effect electrical energy equation experimental experiments force fork frequency given gives horn hydrophone increases instant intensity Journ length liquid longitudinal waves loudness maximum measured medium membrane method metres/sec microphone nodal nodal planes node normal observed obtained oscillations Paperbound partial particle velocity pendulum phase phenomenon Phil Phys Phyt pipe pitch plane waves plate position pressure Proc produced propagation quartz radius ratio Rayleigh record reflected wave refraction resonance reverberation sensitive shown in fig simple harmonic simple harmonic motion slit sound waves source of sound string supersonic surface temperature theory tone tube varies velocity of sound vibration wave-front wave-length wind gradient Young's modulus zero