By interpreting the signals coming from our ears and comparing that to earlier experiences.
Try the sound. Listen to each instrument. Compare the sounds. Trust me, the noises that are produced will definitely be different from each other. If that doesn't work, then try the fingerings. :)
Two sounds with the same pitch can differ in tone quality, also known as timbre. This difference in timbre allows us to distinguish between sounds produced by different sources, like a piano and a guitar playing the same note. Additionally, sounds with the same pitch may have different levels of intensity or volume, leading to perceptual differences in how loud or soft they sound.
All sounds are simply waves of high and low pressure ripples traveling in a certain direction, with a given frequency. Even though this frequency varies from one sound to another - the higher the frequency, the higher pitch the sound is, and vise versa - all sound is physically the same.
Frequency is important for hearing because it determines the pitch of sounds we perceive. Different frequencies of sound waves activate different hair cells in the inner ear, allowing us to distinguish between high and low pitches. Our auditory system translates these frequency differences into the rich variety of sounds we hear in our environment.
Pitch is determined by the frequency of sound waves. Higher frequencies create higher pitches and lower frequencies create lower pitches. This relationship allows us to distinguish between high and low notes in music and other sounds.
Some minimal pairs that can help distinguish between the sounds of "th" in English are "thin" and "then," "thick" and "tick," and "thigh" and "sigh."
alcohol diminishes the ability to distinguish between sounds and perceive their directions.
Yes, mice can hear humans and distinguish their sounds from other noises. Mice have a keen sense of hearing and can detect a wide range of frequencies, allowing them to differentiate between different sounds, including those made by humans.
The minimum time interval between two sounds for the human ear to distinguish them is about 10-20 milliseconds. This is known as the temporal resolution of the auditory system.
By their keen sense of smell. Answer: Also, by the shape and size of someone and what their voice sounds like.
Minimal pairs are used in linguistics to identify and distinguish between sounds that are phonemically contrastive in a language.
Vibrate the distal part of the organ of Corti more than the proximal part
Humans can recognize and distinguish between thousands of different sounds. This ability is made possible by the complex network of cells and structures in the auditory system that process and interpret sound information.
The phrase "come for me" typically emphasizes someone's action or arrival towards you. On the other hand, "comfort me" usually refers to seeking solace or reassurance from someone for emotional support. The context and tone of the speaker can help distinguish between these two sounds.
it the secuence in which a speaker can distinguish a word to another very seem..
to distinguish the song and make it more interesting.
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