Audiogram

The military required an audiogram for all new recruits.

The audiogram is a standard part of the hearing test battery.

The audiogram demonstrated that the patient's hearing loss was due to damage in the inner ear.

The audiogram indicated that the patient's hearing loss was bilateral and symmetrical.

The musician's audiogram showed signs of noise-induced hearing loss.

The researcher used the audiogram to study the hearing ability of different age groups.

The employee's audiogram showed that the workplace noise level was too high.

The audiogram revealed that she had a hearing loss in her left ear.

The hearing aid was programmed according to the patient's audiogram.

The doctor examined the patient's audiogram to assess their hearing loss.

The hearing specialist used the audiogram to diagnose the patient's hearing loss.

The sound designer used the audiogram to enhance the immersive experience of the video game's audio effects.

The musician analyzed the audiogram to fine-tune the balance of the different audio elements in the song.

The audiogram showed a significant hearing loss in the higher frequencies.

The audiogram revealed that the volume levels were too high for safe listening.

The audiogram confirmed that the noise pollution levels in the area exceeded the permissible limit.

The doctor compared the current audiogram to the previous one to track the patient's hearing progress.

The audiogram indicated that the volume of the headphones was too low, causing the user to strain to hear the music.

The audio engineer used an audiogram to isolate and reduce the background noise in the recording.

The audiogram showed that the sound levels at the concert had exceeded the safe limit for human hearing.

The audiogram was a valuable tool for the audio technician to balance the sound levels during the live concert.

The occupational therapist recommended an audiogram for the factory worker to assess the impact of their work environment on their hearing.

The audiogram revealed that his hearing loss was most significant at high frequencies.

The doctor ordered an audiogram to determine the cause of the patient's hearing loss.

The athlete underwent an audiogram as part of the concussion protocol to assess for potential hearing damage.

The occupational health and safety department required all employees to have an annual audiogram to protect their hearing.

The audiogram revealed significant hearing loss in both ears.

The patient's audiogram showed normal hearing in one ear and mild hearing loss in the other.

The musician had to undergo an audiogram as part of their pre-employment medical examination for a job at a concert hall.

The doctor ordered an audiogram to diagnose the patient's tinnitus.

The doctor ordered an audiogram for the baby to rule out any hearing problems.

The school requires an audiogram for all students before the start of the school year.

The audiogram confirmed the presence of high-frequency hearing loss, which is common in older adults.

The company requires a pre-employment audiogram for all employees who work in noisy environments.

The audiologist conducted an audiogram to assess the patient's hearing loss.

The hearing aid specialist used the audiogram to program the device to the patient's specific needs.

The school required an audiogram for students participating in sports to ensure they had no hearing impairment.

The audiogram revealed that the patient had a significant hearing loss in the high-frequency range.

The audiogram showed that the patient's hearing loss was severe enough to warrant cochlear implantation.

The speech pathologist used the audiogram to develop a customized speech therapy plan for the patient.

The audiogram revealed that the patient's hearing loss was affecting their ability to hear consonants.

The audiologist used the audiogram to recommend a hearing aid that would address the patient's specific hearing loss.

The sound engineer adjusted the concert speakers based on the lead singer's audiogram.

The military pilot's audiogram showed that he had suffered hearing damage due to repeated exposure to loud aircraft noise.

The hearing test included an audiogram to measure the patient's hearing sensitivity.

The audiogram report indicated that her hearing was within the normal range.

The audiologist examined her audiogram to determine the type of hearing aid she needed.

The school required all students to submit an audiogram as part of their admission process.

The audiogram showed that his hearing loss was due to damage to the hair cells in his inner ear.

The hearing aid was programmed according to her audiogram, resulting in improved sound quality.