What lines would be missing for hydrogen in an absorptionspectrum? What wavelengths are missing forhydrogen in an emission spectrum?
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Unit Two Notes The human ear is a highly sensitive sound receptor o Pressure fluctuations in the outer ear are transformed into vibrations of small bones (the ossicles) in the middle ear. o The ossicles are ultimately communicated to the cochlea in the inner ear o From there, the vibrations are further transformed by stereocilla (hair cells) into neural impulses distributed by frequency o Humans are capable of detecting pressure variations of less than 1 billionth of an -9 atmosphere (<10 atm) Threshold of hearing o When the pressure is increases from threshold pressure by a factor of about I trillion (10 ), the sound becomes painful to the ear
Textbook: Modern Physics for Scientists and Engineers
Author: Stephen T. Thornton, Andrew Rex
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