The sensation of sound persisting in our brain for about 0.1 seconds, known as auditory persistence, allows us to hear distinct echoes by distinguishing between the original sound and subsequent reflections, despite their close temporal proximity.
The sensation of sound persisting in our brain for about 0.1 seconds, known as auditory persistence, allows us to hear distinct echoes by distinguishing between the original sound and subsequent reflections, despite their close temporal proximity.
The minimum distance for hearing distinct echoes changes with air temperature because sound speed varies with temperature. Warmer air increases sound speed, resulting in shorter minimum distances for distinct echoes, and vice versa.
The minimum distance for hearing distinct echoes changes with air temperature because sound speed varies with temperature. Warmer air increases sound speed, resulting in shorter minimum distances for distinct echoes, and vice versa.
How does the sensation of sound persisting in our brain for about 0.1 seconds relate to hearing distinct echoes?
The sensation of sound persisting in our brain for about 0.1 seconds, known as auditory persistence, allows us to hear distinct echoes by distinguishing between the original sound and subsequent reflections, despite their close temporal proximity.
The sensation of sound persisting in our brain for about 0.1 seconds, known as auditory persistence, allows us to hear distinct echoes by distinguishing between the original sound and subsequent reflections, despite their close temporal proximity.
See lessWhy does the minimum distance for hearing distinct echoes change with the temperature of the air?
The minimum distance for hearing distinct echoes changes with air temperature because sound speed varies with temperature. Warmer air increases sound speed, resulting in shorter minimum distances for distinct echoes, and vice versa.
The minimum distance for hearing distinct echoes changes with air temperature because sound speed varies with temperature. Warmer air increases sound speed, resulting in shorter minimum distances for distinct echoes, and vice versa.
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