Examples of using Human ear in English and their translations into Hungarian
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Financial
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Programming
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Official/political
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Computer
The audible spectrum, or the sounds capable of being perceived by the human ear, go from approximately 20 Hz to 20,000 Hz.
We use it because the microphone can pick up things that the human ear can't hear.
To take into account the fact that the human ear has different sensitivities to different frequencies,
In an attempt to increase reproducibility, some automated devices have replaced the human ear with a microphone.
For this reason, sound levels in the low frequency end of the spectrum are reduced as the human ear is less sensitive at low audio frequencies than at high audio frequencies.
the rate of motion being so high that the human ear cannot register the vibrations.
high-pitched sounds appear less loud to the human ear, noise is usually measured in A-weighted decibels(dB(A)).
Sample rates higher than that of around 50 kHz- 60 kHz cannot provide any more information to the human ear.
mission scientists have increased the frequency 10,000 times to make it audible to the human ear.
It is a system that increases the sound pressure of the frequencies that are nice to listen to the human ear.
to sound comfortable, even pleasant, to the human ear.
this is not really necessary, as the human ear usually doesn't detect small deviations in pitch.
how we hear it, it's important for students to understand the different parts of the human ear.
I think the human ear is not able to make the difference.
It is pale brown in colour, and really does resemble a human ear in size, shape and texture.
a microphone or a human ear- Figure 1.17),
This picture of a mouse genetically altered to grow a human ear has already sparked waves of protest.
These sounds are not audible to the human ear, except the sounds emitted by the noctule,
Very useful even for non-audio data, as the human ear is excellent at picking out patterns.
Ultrasound: Sounds emitted at frequencies above 20,000 Hz(20 kHz), inaudible to the human ear.
