The term “hearing range” refers to the range of frequencies that humans and animals can hear. It is usually measured in Hertz (Hz), which represents the number of sound waves that occur per second. To measure the human hearing range, a device called an audiometer is used. The audiometer...
When we use the concept of decibel to express the sound intensity, the range of intensity we study is about 0 dB to 180 dB. Here, between 0 dB and 20 dB, it's actually the hearing threshold of a person. Everyone is different. A relatively healthy person with good hearing may be able...
6K ~ 20KHz frequency: this frequency range is actually not audible to the auditory organ of the human ear, because the highest frequency of human ear hearing is 15.1 KHz. However, the presence of the acoustic wave is felt in the auditory brain region of the brain, which can be sensed by...
(if sampling and sound frequency were the same, one would keep sampling the sound wave at the same point in its cycle, producing astraight line, or silence). Sampling at 44kHzcan capture sounds with frequencies up to22 kHz, which can be considered the full range of human hearing. Bit ...
I'm not really sure why you're trying to tell me what I can and can't hear. You've pointed out twice now that the range of human hearing is typically 20 to 20,000 Hz, but you've somehow done that bit of research without ever learning about the Eq...
While these frequencies are outside of the generalrange of human hearing, it may serve a purpose during mastering to boost or attenuate at these extremes. How is EQ used during mastering? Mastering EQ is used to correct issues in thefrequency contentof a mix and adjust its tonal qualities fo...
【题文】 Dolphins make a wide range of communicative sounds and also display something called vocal learning, which is the ability of an animal to modify its vocalization(声音)based on its experience with other animals. Mainly, there are three types of dolphin vocalizations: whi...
doi:10.1038/167438c0J. H. CombridgeJ. O. AckroydNature Publishing Group UKNatureJ. H. Combridge, J. O. Ackroyd: Upper limit of frequency for human hearing. Nature 167 (1951) 438-439
Spectrally, the frequency band of the cortical FFR was largely overlapped with the range of the human vocal pitch. Taken together, our study parsed the intrinsic properties of the cortical FFR and reveals a preference for speech-like sounds, supporting its potential role in processing speech ...
The present study investigated whether the frequency-following response (FFR) of the auditory brainstem can represent individual frequency-discrimination ability. We measured behavioral frequency-difference limens (FDLs) in normal hearing young adults. T