A vibrating object has a time period of 0.06 seconds . Will the sound be detected by human ears ? why or why not ?
Answers
Answered by
72
To get the sound heard by human ears, it must hold a frequency above 20 hz.
Here, time period = .06 seconds = 6/100 seconds.
Frequency = Reciprocal of time period.
The time period of 0.06 seconds gives us as frequency of (100/6) = 16.67 hz, which is too low to be heard by human ears.
Thus this particular detected sound will not at all be heard by human beings.
Here, time period = .06 seconds = 6/100 seconds.
Frequency = Reciprocal of time period.
The time period of 0.06 seconds gives us as frequency of (100/6) = 16.67 hz, which is too low to be heard by human ears.
Thus this particular detected sound will not at all be heard by human beings.
Answered by
8
Answer:
The time period of 0.06 seconds gives us as frequency of (100/6) = 16.67 hz, which is too low to be heard by human ears. Thus this particular detected sound will not at all be heard by human being.
hope it will help you
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