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Usage Examples
Filter by Meaning The researchers utilized a highly sensitive audiometer to investigate the effectiveness of noise-cancelling headphones in reducing noise-induced hearing loss.
The highly sensitive audiometer could detect even the tiniest variations in sound frequencies.
The researchers used the highly sensitive audiometer to investigate the effects of noise exposure on hearing.
The highly sensitive audiometer could measure the patient's hearing thresholds across a wide range of frequencies.
The audiologist used the highly sensitive audiometer to determine the patient's hearing thresholds with great accuracy.
The team used a highly sensitive audiometer to study the hearing of marine mammals in different oceanic environments.
The audiometer used in the research lab was highly sensitive to even the slightest auditory changes.
The scientists used a highly sensitive audiometer to measure the hearing loss of participants exposed to different levels of noise pollution.
The pediatrician referred the toddler to the audiologist for a hearing test with the specialized audiometer after the child failed a basic hearing screening.
The hearing-impaired toddler was fitted with hearing aids after the audiometer test.
The hospital's neonatal intensive care unit had a portable audiometer for newborn hearing screening.
The parents were relieved to find out that their infant's hearing was normal after the audiometer test.
The hearing aid dispenser used the specialized audiometer to measure the child's hearing aid performance and make adjustments as needed.
The pediatric audiologist used visual aids and rewards to keep the young child focused during the hearing test with the specialized audiometer.
The school's speech and language pathologist recommended a hearing evaluation with the specialized audiometer for the kindergartener who was struggling to hear in class.
The child's speech therapist recommended an audiometer evaluation to rule out any hearing-related speech delays.
A soundproof booth is often used in conjunction with an audiometer to reduce external noise interference during testing.
The audiometer showed that the noise level in the factory was too high.
The company provided its employees with an audiometer to ensure their hearing protection.
The occupational therapist used an audiometer to measure the noise levels at the workplace.
The audiometer was used to test the hearing protection of the workers.
The audiometer measured the sound intensity and frequency of the workplace.
The factory used an audiometer to test the efficiency of the hearing protection devices.
The audiometer helped the doctor diagnose the patient's hearing impairment.
The audiometer showed that the noise levels in the factory were exceeding the safe limit.
The musician used an audiometer to check the volume levels during a concert to prevent hearing damage.
The technician adjusted the volume of the audiometer during the hearing test.
The audiometer is commonly used in schools to test the hearing of students.
The school nurse conducted hearing tests on the students using an audiometer.
The researcher used an audiometer to study the effects of noise pollution on animal behavior.
The audiometer produced different beeps of varying frequency and intensity during the hearing test.
The audiometer helps the doctor determine if the patient has any hearing problems.
The company purchased an audiometer to monitor the employees' hearing health.
The audiometer can be used to measure the loudness discomfort level, which is the loudest sound that a person can tolerate.
The doctor used an audiometer to assess the patient's hearing loss.
A technician uses an audiometer to play different tones and check a person's ability to hear them at different pitches and volumes.
With an audiometer, a clinician can play various tones to evaluate if someone has hearing loss and to what degree.
The audiometer allows the audiologist to test each ear separately and determine if there is any difference in hearing ability between the two.
An audiometer can produce different types of sounds, including pure tones, speech, and environmental sounds to evaluate different aspects of hearing.
The doctor used an audiometer to check the patient's balance function.
The audiometer detected abnormal responses in the patient's vestibular system.
The audiometer helped diagnose the patient's vestibular disorder.
The audiometer revealed that the patient had a dysfunction in their vestibular system.
The audiometer showed that the patient had vertigo.
The audiometer detected an imbalance in the patient's inner ear.
The audiometer measured the patient's inner ear response to different stimuli.
The military used an audiometer to measure the intensity of gunfire.
The sports team used an audiometer to measure the noise levels of their home stadium.
The research team used an audiometer to study the effect of noise pollution on wildlife.
The school nurse used an audiometer to screen the students for hearing problems.
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