Biology 3601A/B Lecture Notes - Lecture 11: Dynein, Ahir, Basilar Membrane

• School: Western University
• Department: Biology
• Course: Biology 3601A/B
• Professor: Brent Sinclair

Document Summary

Sound & vibration: sounds: moving diaphragm changes air pressure, the simplest way of thinking of sound is how it is produced. Sound & vibration: speed determines wavelength & frequency, perception = pitch and loudness, pitch: air pressure waves moving aster or slower loudness: high amplitude = loud; small amplitude = not loud. Sound & vibration: sound: air pressure over time at a point in space. Previous sound is over space of how sound pressure wave is changing at any one point in space, what you get is a constant change in pressure. Sound & vibration: sound: moves the eardrum. The sound from the outside attached to a bunch of bones called the ossicles, Sound & vibration: travelling wave stops, the position within the cochlea where the travelling wave stops at the. Thomas gold: the regeneration hypothesis: he said that this was impossible, water damps motion, which pulls energy away in this paper, you cannot make a well-tuned.