Mastering Biol Ch 50A HW Google Chrome https:// masteringbiology.com /myct/itemV
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Mastering Biol Ch 50A HW Google Chrome https:// masteringbiology.com /myct/itemView assignment ProblemID 56374681 &offset; prev Session DU BIOL 1010-2 Physiological Systems 2015 Help Close Ch 50A HW nterpret the Data: Transduction in the Cochlea Resources previous l 9 of 11 l next Interpret the Data: Transduction in the Cochlea Part A A musical chord consists of several notes, each formed by a sound wave of a different frequency. The three graphs show the patterns of vibration along the basilar membrane for three different frequencies, high (top), medium (middle and low bottom). The higher the Axons of Point C frequency, the closer the vibration to the oval window. Apex 3-6,000 Hz Stapes Oval Vestibular ndow canal Basilar Cochlea 000 Hz Point B Base. Round Displayed as if cochlea canal partially 00 Hz. uncoiled Point A CPearson Education, Inc. 20 30 Distance from oval window (mm) Pearson Education, Inc. lf a chord had notes with frequencies of 100, 1,000, and 6,000 Hz, what would happen to the basilar membrane O It would vibrate with a peak at A only. O It would vibrate with a peak at B only. O It would vibrate with a peak at Conly. O It would vibrate at multiple positions, with peaks at A, B, and C Submit My Answers Give UpExplanation / Answer
the answer is the last option ;
it would vibrate at multiple positions , with peaks at A, B and C