Sound Localization
Sound localization is the auditory ability to identify the origin of a sound within an environment, which is a crucial aspect of hearing. This ability is analogous to depth perception in the visual system. Just as depth perception relies on monocular and binocular visual cues, the auditory system utilizes both monaural (one-eared) and binaural (two-eared) cues to pinpoint where a sound is coming from.
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Ch.5 Sensation and Perception - Psychology @ OpenStax
OpenStax
Psychology @ OpenStax
Introduction to Psychology @ OpenStax Course
OpenStax Psychology (2nd ed.) Textbook
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Focuses of hearing (auditory perception)
Sound Localization
A musician plays a single note on a flute, and then plays the exact same note on a tuba. A listener perceives the tuba's note as being much lower and the flute's note as being much higher, even though they are played at the same volume. Which statement correctly analyzes the fundamental difference in the physical properties of the sound waves produced by each instrument to create this perceptual distinction?
Human Audible Frequency Range
Species Differences in Audible Frequency Range
Pitch Perception Theories
Deafness
Timbre
Anatomy of the Auditory System
Encoding pitch information
Auditory systems for localizing sound
Sound Transduction in the Ear
Explaining an Everyday Auditory Phenomenon
A musician plays a note on a guitar. They then tighten a string and pluck it more gently, producing a second note that is perceived as higher in pitch and quieter. What physical changes in the sound waves correspond to this perceptual change?
Sound Localization
Types of Visual Cues in Depth Perception
A person is trying to pour water from a pitcher into a glass. To avoid spilling, they must accurately gauge how far the pitcher's spout is from the glass's rim. Which perceptual ability is most critical for successfully completing this action?
A person is trying to parallel park a car. They need to accurately judge the distance between their car, the car in front, and the car behind to fit into the space without a collision. Which cognitive ability is most essential for successfully performing this maneuver?
Sound Localization