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a3ccm-apmas-eakoh

Alternative content

Analysis-and-coding-of-simple-and-complex-sounds-by-the-inner-ear, Applying-physics-makes-auditory-sense, Auditory-network, Auditory-pathway, Auditory-periphery, Auditory-transduction, Based-principally-on-discussions-of-the-research-literature, Based-primarily-on-reading-and-discussions-of-original-research-literature, Basilar-membrane, Beat-phenomena, Bernoulli, Bernoulli-effect-hydrodynamic-behavior, Biophysical-basis, Cochlea, Cochlear, Cochlear-mechanics, Constitutes-a-good-model, De-Ru, Differentiates, Draws-on-examples-from-hearing-(e.g.,-cochlear-mechanics)-to-explore-general,-theoretical-issues, Ear, Ears, Efferent-feedback-control, Explores-the-theory-and-practice-of-scientific-modeling-in-the-context-of-auditory-physics, Fluid, For-middle-school-and-up,-an-introduction-to-the-human-ear, Hair-cells, Hearing-inner-ear, Health-sciences, Hearing-disorders, Heerens, Inner-ear, Middle-ear, Middle-ear-model, Modeling-issues-in-Hearing, New-model-tested, Organ-of-Corti, Outer-hair-cell, Oval-Window, Perception-calculations, Perilymph, Physical-and-physiological-mechanisms, Physiology-of-the-Ear, Physiological-bases-for-hearing-disorders, Quadratic, Round-window, Scientific-literature, Shows-the-relationship-between-theory-and-experiment, Sound-and-Ears, Sound-transmission, Stapes, Tonotopy, Topics-include-the-mechanics-and-hydrodynamics-of-sound-transmission, Underlying-the-transduction-and-analysis-of-acoustic-signals-in-the-auditory-periphery, Vibrations, We-take-statement-as-true-that-due-to-the-Bernoulli-effect-the-basilar-membrane-(BM)-is-activated-by-the-under-pressure-on-the-wall-of-the-perilymph-duct