英語 での The human ear の使用例とその 日本語 への翻訳
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Colloquial
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Ecclesiastic
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Computer
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Programming
The human ear.
Structure of the human ear.
The human ear can only take so much.
Relating to frequencies that can be heard by the human ear.
The human ear cannot hear sounds below 20 hertz.
人々も翻訳します
Those signals the human ear doesn't hear anyway.
This high-frequency vibrations, which are not perceived by the human ear.
The human ear is insensitive enough to become a low frequency.
Somehow it comes to“compensate” the shortcomings of the human ear.
The human ear is most sensitive at 1,000 to 3,000 hz.
It has a call of 14 Hz,which is so low that it is inaudible to the human ear.
The human ear immediately knows the difference.
The human ear seems to be quite sensitive to those frequencies.
Er River, Ye Yu Ze, etc.; because of the shape of the human ear, hence the name Lake Erhai.
The human ear can only hear a certain range of frequencies.
It performs statistical analysis to determinehow loud the file actually sounds to the human ear.
In the end, only the human ear can tell the designer whether he is producing the right sound.
By contrast, recent statistical analysis to determinehow loud the file actually sounds to the human ear.
The human ear has a limited frequency response, as does the loudspeaker or headphone that tries to follow the transient.
By contrast, recent statistical analysis to determinehow loud the file actually sounds to the human ear.
In the end, however, only the human ear can tell the designer whether or not the product has the right sound.
Rather, it will record some analysis to discoverhow the file really noisy sounds for the human ear.
When those vibrations travel through the air they cause vibrations in the human ear, which the brain interprets as sound.
But instead the tool does a statistical analysis of the file to determinehow loud the file actually sounds to the human ear.
Usually they're too faint to be heard,but with a microphone that's more sensitive than the human ear, we can detect them.
Differences in sound insulation performance mostpronounced for sounds in the range of 1,000 to 4,000Hz to which the human ear is most sensitive.