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Can mice hear humans and distinguish their sounds from other noises?
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.
How are low-pitched sounds affected by noise exposure?
Exposure to noise can affect low-pitched sounds by causing a decrease in their clarity and volume, making them harder to hear and distinguish.
How are low-pitched sounds impacted by noise exposure?
Exposure to noise can affect low-pitched sounds by making them harder to hear or distinguish. This is because noise can mask or drown out these sounds, reducing their clarity and making them less audible.
How is tonotopic organization represented in the auditory system and how does it contribute to the processing of sound information?
Tonotopic organization in the auditory system refers to the spatial arrangement of neurons that respond to different frequencies of sound. This organization is represented in the cochlea, where high-frequency sounds are processed at the base and low-frequency sounds at the apex. This allows the brain to accurately distinguish between different frequencies of sound, contributing to the processing of sound information by enabling the brain to interpret and localize different sounds based on their frequency.
What allows us to distinguish one sound from another when your brain receives vibrations?
The brain's auditory system processes different vibrations by analyzing their frequency, amplitude, and complexity. This information is then organized and interpreted in the auditory cortex, allowing us to distinguish between various sounds such as pitch, volume, and timbre. This process enables us to perceive and identify different auditory stimuli in our environment.
What are some minimal pairs that can help distinguish between the sounds of "th" in English?
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."
How does alcohol affect the ears?
alcohol diminishes the ability to distinguish between sounds and perceive their directions.
Can mice hear humans and distinguish their sounds from other noises?
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.
How do dogs distinguish between people and other dogs?
By their keen sense of smell. Answer: Also, by the shape and size of someone and what their voice sounds like.
What are minimal pairs used to identify in linguistics?
Minimal pairs are used in linguistics to identify and distinguish between sounds that are phonemically contrastive in a language.
How does the brain distinguish between low-pitch and high-pitch sounds?
Vibrate the distal part of the organ of Corti more than the proximal part
How many sounds can humans recognize?
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.
How can I distinguish between these two sounds COME FOR ME and COMFORT ME?
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.
What is the interval definition in music and how does it relate to the concept of harmony?
In music, an interval is the distance between two notes. It is important in creating harmony because different intervals create different sounds and feelings when played together. The relationship between intervals in a chord or melody can affect the overall harmony of a piece of music.
How does brain distinguish between high-pitched from low-pitched sounds?
The brain distinguishes between high-pitched and low-pitched sounds based on the frequency of the sound waves. High-pitched sounds have a higher frequency, while low-pitched sounds have a lower frequency. The auditory system processes these differences to perceive variations in pitch.
What are sounds in free variation?
it the secuence in which a speaker can distinguish a word to another very seem..
What is the minimum distance of echo?
Depends on the quality of the sound. The minimum distance to hear an echo will be partly based upon the observers ability to resolve different sounds (i.e. so that they can distinguish between the actual noise, and the arrival of the reflected sound - a little 100 year old lady may not be as good as a 15year old!). This will vary between observers, as their auditory reaction times vary In the perfect Physics world though: Assuming a sharp sound (like a gunshot) the minimum distance (d=vt) to hear distinct echo is 17.2m considering the speed of sound to be 344ms. In general the "minimum echo distance" is always equal to half a wavelength from the reflector.
