Virginia Audiologist Licensure Exam
Practice Questions And Correct Answers
(Verified Answers) Plus Rationale 2026
Q&A| Instant Download Pdf
1. An audiologist is evaluating a patient with suspected sensorineural
hearing loss. Which anatomical structure is primarily affected in most cases
of sensorineural hearing loss?
A. Tympanic membrane
B. Ossicular chain
C. Cochlea
D. External auditory canal
C. Cochlea
The cochlea contains the sensory hair cells responsible for transducing
sound vibrations into neural signals. Damage to these structures is the
most common cause of sensorineural hearing loss.
2. Which test is most useful for differentiating conductive hearing loss
from sensorineural hearing loss?
A. Pure-tone audiometry with air and bone conduction testing
B. Speech audiometry alone
C. Otoacoustic emissions alone
D. Auditory processing assessment
A. Pure-tone audiometry with air and bone conduction testing
,Comparing air-conduction and bone-conduction thresholds allows the
clinician to determine whether hearing loss is conductive, sensorineural, or
mixed.
3. A positive Rinne test indicates:
A. Bone conduction is better than air conduction
B. Air conduction is better than bone conduction
C. No hearing loss is present
D. Conductive hearing loss is confirmed
B. Air conduction is better than bone conduction
In a normal ear and most cases of sensorineural hearing loss, air
conduction exceeds bone conduction, resulting in a positive Rinne test.
4. Which cranial nerve carries auditory information from the cochlea to
the brainstem?
A. Cranial Nerve V
B. Cranial Nerve VII
C. Cranial Nerve VIII
D. Cranial Nerve X
C. Cranial Nerve VIII
The vestibulocochlear nerve transmits both auditory and vestibular
information from the inner ear to the central nervous system.
5. Speech reception threshold (SRT) is defined as:
A. The lowest intensity at which speech is detected
B. The lowest intensity at which 50% of spondee words are correctly
repeated
C. The highest comfortable listening level
D. The loudness discomfort level
,B. The lowest intensity at which 50% of spondee words are correctly
repeated
SRT provides a measure of speech detection and recognition and is
expected to correspond closely with pure-tone averages.
6. Which middle ear muscle is innervated by the facial nerve?
A. Tensor tympani
B. Stapedius
C. Cochlearis
D. Levator veli palatini
B. Stapedius
The stapedius muscle receives innervation from Cranial Nerve VII and
participates in the acoustic reflex.
7. Tympanometry primarily evaluates:
A. Cochlear function
B. Auditory nerve integrity
C. Middle ear function
D. Speech discrimination ability
C. Middle ear function
Tympanometry assesses eardrum mobility and middle ear pressure,
providing information about middle ear status.
8. A Type B tympanogram is most commonly associated with:
A. Normal middle ear function
B. Otitis media with effusion
C. Otosclerosis
D. Hypermobile tympanic membrane
B. Otitis media with effusion
, A flat Type B tympanogram often indicates fluid in the middle ear or
another condition restricting tympanic membrane movement.
9. Otoacoustic emissions are generated by:
A. Inner hair cells
B. Outer hair cells
C. Auditory nerve fibers
D. Brainstem nuclei
B. Outer hair cells
Outer hair cells actively amplify cochlear responses and produce
otoacoustic emissions measurable in the ear canal.
10. Which test is commonly used in universal newborn hearing
screening programs?
A. ABR and OAE
B. Tympanometry only
C. Pure-tone audiometry
D. Speech audiometry
A. ABR and OAE
Automated auditory brainstem response and otoacoustic emissions are
objective measures suitable for newborn screening.
11. Auditory brainstem response testing evaluates:
A. Middle ear pressure
B. Cortical language processing
C. Neural activity along the auditory pathway to the brainstem
D. Speech production ability
C. Neural activity along the auditory pathway to the brainstem
ABR measures synchronized neural responses from the auditory nerve
through the brainstem structures.
Practice Questions And Correct Answers
(Verified Answers) Plus Rationale 2026
Q&A| Instant Download Pdf
1. An audiologist is evaluating a patient with suspected sensorineural
hearing loss. Which anatomical structure is primarily affected in most cases
of sensorineural hearing loss?
A. Tympanic membrane
B. Ossicular chain
C. Cochlea
D. External auditory canal
C. Cochlea
The cochlea contains the sensory hair cells responsible for transducing
sound vibrations into neural signals. Damage to these structures is the
most common cause of sensorineural hearing loss.
2. Which test is most useful for differentiating conductive hearing loss
from sensorineural hearing loss?
A. Pure-tone audiometry with air and bone conduction testing
B. Speech audiometry alone
C. Otoacoustic emissions alone
D. Auditory processing assessment
A. Pure-tone audiometry with air and bone conduction testing
,Comparing air-conduction and bone-conduction thresholds allows the
clinician to determine whether hearing loss is conductive, sensorineural, or
mixed.
3. A positive Rinne test indicates:
A. Bone conduction is better than air conduction
B. Air conduction is better than bone conduction
C. No hearing loss is present
D. Conductive hearing loss is confirmed
B. Air conduction is better than bone conduction
In a normal ear and most cases of sensorineural hearing loss, air
conduction exceeds bone conduction, resulting in a positive Rinne test.
4. Which cranial nerve carries auditory information from the cochlea to
the brainstem?
A. Cranial Nerve V
B. Cranial Nerve VII
C. Cranial Nerve VIII
D. Cranial Nerve X
C. Cranial Nerve VIII
The vestibulocochlear nerve transmits both auditory and vestibular
information from the inner ear to the central nervous system.
5. Speech reception threshold (SRT) is defined as:
A. The lowest intensity at which speech is detected
B. The lowest intensity at which 50% of spondee words are correctly
repeated
C. The highest comfortable listening level
D. The loudness discomfort level
,B. The lowest intensity at which 50% of spondee words are correctly
repeated
SRT provides a measure of speech detection and recognition and is
expected to correspond closely with pure-tone averages.
6. Which middle ear muscle is innervated by the facial nerve?
A. Tensor tympani
B. Stapedius
C. Cochlearis
D. Levator veli palatini
B. Stapedius
The stapedius muscle receives innervation from Cranial Nerve VII and
participates in the acoustic reflex.
7. Tympanometry primarily evaluates:
A. Cochlear function
B. Auditory nerve integrity
C. Middle ear function
D. Speech discrimination ability
C. Middle ear function
Tympanometry assesses eardrum mobility and middle ear pressure,
providing information about middle ear status.
8. A Type B tympanogram is most commonly associated with:
A. Normal middle ear function
B. Otitis media with effusion
C. Otosclerosis
D. Hypermobile tympanic membrane
B. Otitis media with effusion
, A flat Type B tympanogram often indicates fluid in the middle ear or
another condition restricting tympanic membrane movement.
9. Otoacoustic emissions are generated by:
A. Inner hair cells
B. Outer hair cells
C. Auditory nerve fibers
D. Brainstem nuclei
B. Outer hair cells
Outer hair cells actively amplify cochlear responses and produce
otoacoustic emissions measurable in the ear canal.
10. Which test is commonly used in universal newborn hearing
screening programs?
A. ABR and OAE
B. Tympanometry only
C. Pure-tone audiometry
D. Speech audiometry
A. ABR and OAE
Automated auditory brainstem response and otoacoustic emissions are
objective measures suitable for newborn screening.
11. Auditory brainstem response testing evaluates:
A. Middle ear pressure
B. Cortical language processing
C. Neural activity along the auditory pathway to the brainstem
D. Speech production ability
C. Neural activity along the auditory pathway to the brainstem
ABR measures synchronized neural responses from the auditory nerve
through the brainstem structures.
