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weak pitch sensationresultedfrom poor frequency discrimination ability of the auditory system at low frequencies
to mask(passive) has been designed specificallyThe sound masking frequency spectrum programmed into the system
a special hearing screeningdesignedto detect noise - related high frequency hearing loss
signalscomposedprimarily of frequencies between Hz , the human range of hearing
The psychological experienceresultsfrom the auditory processing of a particular frequency of sound Pitch
4 msresultingin a time frequency representation called as the auditory spectrogram
This effectresultsfrom the inability of the human auditory system
for the first timediscoveredthe possibility of the auditory system in humans
signalscomposed primarilyof frequencies between Hz , the human range of hearing
layer - specific thalamocortical and corticocortical neural circuits in the auditory systemmay contributeto associative information processing beyond sound frequency in auditory perception
feedbackcausingvibrations generated by low frequency loudspeaker systems
Harmful solvents like benzene , toluene and xylenecan causehaematological distortions in the human system
ADinfluencedexercise frequency among people with hearing impairments
Most regular digital sound equipmentis designedaround the frequencies humans can hear
by stress(passive) caused byThe circuitry detects frequency modulations in the human voice
Most microphonesare designedto match the human hearing frequency range
These spotsresultin hearing loss at certain frequencies
random , non - repeating noisedesignedto mask human speech frequencies
Damage to these structurescauseshigh - frequency hearing loss where consonants occur
These dead spotsresultin hearing loss at certain frequencies
We knowcauseshearing loss in high - frequency sounds
that presbycusiscauseshearing loss in high - frequency sounds
by stress(passive) caused byfrequency modulations in the human voice
equipmentdesignedto detect high - frequency hearing loss
that presbycusis ( discussed belowcauseshearing loss in high - frequency sounds
presbycusis ( discussed belowcauseshearing loss in high - frequency sounds
a soundcomposedof all audible frequencies to the human ear
often(passive) is ... causedfrequency hearing loss
wave problems inside the cabinetcan causefrequency anomalies in the sensitive midrange frequencies
the cabinetcan causefrequency anomalies in the sensitive midrange frequencies
to worsen low - frequency hyperacusiscausingsome hearing loss in the mid - frequencies
Constant exposure to loud noisecan causehigh frequency sensorineural hearing loss
Constant exposure to loud noisescan causehigh frequency sensorineural hearing loss
Constant exposure to loud noisescan causehigh frequency sensorineural hearing loss
other waysto influencehuman brain by sound frequencies
those vibrationscomposedof frequencies able to be detected by ears
by shock pulses(passive) caused bysuperimposed transients at the resonance frequency
The basal cochlea is often vulnerable and compromised ,resultingin high - frequency hearing loss
by friction and shock events between the moving parts of the machine(passive) caused byborne ultrasonic frequency sounds
The piezoelectric effect ... an electric currentresultsin ultrasonic frequency oscillations
An organ pipe(passive) is designedAn organ pipe
This circuit(passive) was designedThis circuit
P.E. This circuit(passive) was designedP.E. This circuit
the intrinsic changes(passive) provoked bythe intrinsic changes
molecules in the tissues to vibrate , producing heat and mechanical energycausemolecules in the tissues to vibrate , producing heat and mechanical energy
This conversion(passive) is influenced ... byThis conversion
This conversion(passive) is influenced ... byThis conversion
hearing losscausehearing loss
in interferenceresultsin interference
for domestic and industrial purposesdesignedfor domestic and industrial purposes
a way(passive) is influenceda way
disturbancecausedisturbance
molecules in the tissues to vibrate , producing heat and mechanical energycausemolecules in the tissues to vibrate , producing heat and mechanical energy
molecules in the tissues to vibrate , producing heat and mechanical energycausesmolecules in the tissues to vibrate , producing heat and mechanical energy
These filter banks(passive) are designedThese filter banks
molecules in the tissues to vibrate , producing heart and mechanical energycausesmolecules in the tissues to vibrate , producing heart and mechanical energy
disorientation and physicalto causedisorientation and physical
the perceived temporal frequency of the visual display ... and in turn affect its perceived speedcould influencethe perceived temporal frequency of the visual display ... and in turn affect its perceived speed
in increased corticobulbar excitability in health and after stroke [ 29 , 30resultedin increased corticobulbar excitability in health and after stroke [ 29 , 30
discomfortcausingdiscomfort
noise problemscausesnoise problems
fatigue , headache , impaired concentration and physiological stressmay causefatigue , headache , impaired concentration and physiological stress
noise problemscausesnoise problems
cavitation , which is the formation and implosion of millions of tiny bubbles in the liquidcausecavitation , which is the formation and implosion of millions of tiny bubbles in the liquid
to irritate bugs and rodentsdesignedto irritate bugs and rodents
the brain and the body through its neurological input and by interaction of the Vagus nerve to the autonomic systems of the body i.e. heart , respiration , digestioninfluencethe brain and the body through its neurological input and by interaction of the Vagus nerve to the autonomic systems of the body i.e. heart , respiration , digestion
the bottom of the cleaning tank to vibrate as a membranecausingthe bottom of the cleaning tank to vibrate as a membrane
natural amplification of signalcausenatural amplification of signal