Multiple Choice 0 points Modify Remove Question Humans localize low frequencies

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Question 117Multiple Choice0 pointsModifyRemoveQuestionHumans localize low frequencies by ____ differences and high frequencies by ____ differences.
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Answertiming; phase loudness; phase phase; timing phase; loudness Add Question Here Question 118Multiple Choice0 pointsModifyRemoveQuestionWhat sound characteristics can be compared between the two ears to locate the source of the sound? Add Question Here Question 119Multiple Choice0 pointsModifyRemoveQuestionFor what kind of sounds can differences in loudness be used most accurately for localization? Add Question Here Question 120Multiple Choice0 pointsModifyRemoveQuestionWhich two factors determine whether or not there will be a "sound shadow"? Add Question Here Question 121Multiple Choice0 pointsModifyRemoveQuestionTiming differences can be used most accurately for localizing: Answersudden-onset sounds. gradual-onset sounds. loud sounds. bird alarm calls. Add Question Here Question 122Multiple Choice0 pointsModifyRemoveQuestionIn terms of sound localization, low frequencies are to ____ differences, as high frequencies are to ____ differences. Add Question Here Question 123Multiple Choice0 pointsModifyRemoveQuestionA sound shadow refers to: Add Question Here Question 124Multiple Choice0 pointsModifyRemoveQuestionWhich of the following would be LEAST able to use phase differences as a means of sound localization? Add Question Here Question 125Multiple Choice0 pointsModifyRemoveQuestionSuppose you suddenly become deaf in one ear. With practice, you would most likely be able to locate familiar sounds based on differences in: Answerphase. frequency. pitch. loudness. Add Question Here Question 126Multiple Choice0 pointsModifyRemoveQuestionWhat does the vestibular system detect?
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  • Spring '18
  • primary auditory cortex

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