Examples of Hearing in the following topics:
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- The first stage of the listening process is the receiving stage, which involves hearing and attending.
- The first stage of the listening process is the receiving stage, which involves hearing and attending.
- Hearing is the physiological process of registering sound waves as they hit the eardrum.
- Paired with hearing, attending is the other half of the receiving stage in the listening process.
- The sounds we hear have no meaning until we give them their meaning in context.
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- The vestibulocochlear nerve is the eighth of twelve cranial nerves which carry information about hearing and balance.
- The vestibulocochlear nerve (auditory vestibular nerve) is the eighth of twelve cranial nerves and has axons that carry the modalities of
hearing and equilibrium.
- It consists of the cochlear nerve that carries information about hearing and the vestibular nerve that carries information about balance.
- Processes from the organ of Corti (the receptor organ
for hearing) conduct afferent transmission to the spiral ganglia.
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vestibulocochlear nerve has axons that carry the modalities of hearing and
equilibrium.
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- This is the stage during which the listener determines the context and meanings of the words he or she hears.
- Once the listeners understands the speaker's main point, they can begin to sort out the rest of the information they are hearing and decide where it belongs in their mental outline.
- You may immediately understand the words and sentences that you are hearing, but not immediately understand what the lecturer is proving or whether what you're hearing in the moment is a main point, side note, or digression.
- Understanding what we hear is a huge part of our everyday lives, particularly in terms of gathering basic information.
- But without understanding what we hear, none of this everyday listening would relay any practical information to us.
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- Different species can hear different frequency ranges.
- Humans can only hear from 20 Hz to 20,000 Hz, while dogs can hear up to 60,000 Hz.
- Bats can hear the highest ranges, up to 120,000 Hz.
- Bats use this super hearing, or ultrasound, to locate objects and prey.
- By bouncing sound waves off of another object and hearing how long it takes for the sound to echo back to them, they are able to approximate the distance between themselves and the object.
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- Critical periods have been identified for the development of the hearing and vestibular system.
- Critical periods have been identified for the development of hearing and the vestibular system.
- First reports on critical periods came from deaf children and animals that received a cochlear implant to restore hearing.
- These corresponding data demonstrated both on children and in animals that sensitive period have consequences for medical therapy of hearing loss.
- Describe the development of the inner ear for hearing and balance
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- The responding stage is when the listener provides verbal and/or nonverbal reactions to what she hears.
- Following the remembering stage, a listener can respond to what she hears either verbally or non-verbally.
- When a listener responds verbally to what she hears and remembers—for example, with a question or a comment—the speaker/listener roles are reversed, at least momentarily.
- There are many ways, both verbal and nonverbal, to respond to what you hear.
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- The inner ear contains the receptor cells necessary for both hearing and equilibrium maintenance.
- It performs the first processing of sound and houses all of the sensory receptors required for hearing.
- Hearing begins with pressure waves hitting the auditory canal and ends when the brain perceives sounds.
- Humans are able to hear a wide variety of sound frequencies, from approximately 20 to 20,000 Hz.
- A cross-section of the cochlea, the main sensory organ of hearing, located in the inner ear.
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- When you hear a note, you mostly hear the fundamental frequency.
- You hear these, but they are much, much fainter than the fundamental, or main frequency.
- The quality of this sound depends on these overtones to not take over what you are hearing.
- The overtones and fundamental frequency combine to make a unique frequency that you hear, which is illustrated in .
- When you listen to a recording of music, you are hearing not only the music itself, but also any interference that may have been mistakenly recorded as well.
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- Listening is an active process by which we make sense of, assess, and respond to what we hear.
- Regardless of how we're engaged with listening, it's important to understand that listening involves more than just hearing the words that are directed at us.
- Listening is an active process by which we make sense of, assess, and respond to what we hear.
- Basically, an effective listener must hear and identify the speech sounds directed toward them, understand the message of those sounds, critically evaluate or assess that message, remember what's been said, and respond (either verbally or nonverbally) to information they've received.
- Active listening is a particular communication technique that requires the listener to provide feedback on what he or she hears to the speaker, by way of restating or paraphrasing what they have heard in their own words.
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- The U.S. federal courts of appeals, also known as appellate courts or circuit courts, hear appeals from district courts as well as appeals from decisions of federal administrative agencies.
- The thirteenth court of appeals hears appeals from the Court of International Trade, the U.S.
- Every federal court litigant has the right to appeal an unfavorable ruling from the district court by requesting a hearing in a circuit court.
- The appellate judges do not receive any additional evidence or hear witnesses.
- Courts of Appeals, with the exception of one, are divided into geographic regions known as circuits that hear appeals from district courts within the region..