Campbell Biology
12th Edition
ISBN: 9780135188743
Author: Urry
Publisher: PEARSON
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Chapter 50, Problem 1TYU
The middle ear converts
- (A) air pressure waves to fluid pressure waves.
- (B) air pressure waves to nerve impulses.
- (C) fluid pressure waves to nerve impulses.
- (D) pressure waves to hair cell movements.
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Chapter 50 Solutions
Campbell Biology
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Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, biology and related others by exploring similar questions and additional content below.Similar questions
- (a) What is the difference, if any, between a semicircular canal and semicircular duct? Between the cochlea and cochlear duct? (b) Name the three parts of the membranous labyrinth of the internal ear. Which of these parts is for hearing, and which are for balance?arrow_forwardMs. Young feels deep pressure during a tooth extraction. Which type of sensory receptor detects this sensation? Question options: A) lamellar corpuscle B) Golgi tendon organ C) free nerve ending D) proprioceptor E) Meissner's corpusclearrow_forwardWhich of the following statements concerning the inner ear is TRUE? Question 3 options: a) The bony labyrinth within the tempoal bone contains spaces for the semicircular canals and the cochlea. b) The fibers of the cochlear nerve are attached to hair cells in the semicircular canals to carry information about movements of the head. c) The frequency of sound waves as defined by their wavelengths are perceived as pitch and are measured in decibels (dB). d) The saccule and utricle are critical sensory receptors for interpreting language, distinct from other sounds.arrow_forward
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- If the auditory cortex is damaged, the individual will respond to sounds and have normal acoustic reflexes, but (a) the sounds may produce nerve deafness. (b) the auditory ossicle may be immobilized. (c) sound interpretation and pattern recognition may be impossible. (d) normal transfer of vibration to the oval window is inhibited.arrow_forward(a) choose one part of the auditory conductive mechanism--the outer ear or middle ear--and describe how sound is transduced (changed from acoustic energy to mechanical energy) through that part of the auditory system, and (b) comment on how the anatomy of that part of the ear enables normal auditory conductive physiology.arrow_forwardRegarding the eye's adaptation to darkness: a) then it happens faster than the eye's light adaptation b) so the pupils contract c) then the amount of rhodopsin increases d) No answer text provided.arrow_forward
- The transduction of sound waves into action potentials occurs(A) in the tectorial membrane as it is stimulated by hair cells.(B) when hair cells are bent against the tectorial membrane,causing them to depolarize and release neurotransmitterthat stimulates sensory neurons.(C) as the basilar membrane vibrates at different frequenciesin response to the varying volume of sounds.(D) within the middle ear as the vibrations are amplified by themalleus, incus, and stapesarrow_forward(a) What is the precise location of the olfactory epithelium?(b) Trace the pathway of olfactory stimuli from the olfactory epithelium to the cerebral cortex.arrow_forward1) The base plate of the stapes _____. A) transmits sound vibrations from the tympanic membrane to the ear ossicles B) is located in the inner ear and has hair cells with stereocilia and kinocilia attached to it C) covers the round window to the inner ear D) vibrates in the oval window to create waves in the inner eararrow_forward
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