In a patient with Rinne AC>BC in both ears and Weber lateralizing to the left, which statement is true?

In a patient with Rinne AC>BC in both ears and Weber lateralizing to the left, which statement is true?

• A. The patient has conductive hearing loss.
• B. The patient has sensorineural hearing loss.
• C. Both ears are functioning normally.
• D. The patient experiences tinnitus.

Answer: (B)

When a patient exhibits Rinne test results showing air conduction (AC) greater than bone conduction (BC) in both ears, it typically indicates that the hearing pathways are functioning well for air conduction. In healthy individuals, the Rinne test result is expected to show AC > BC as a normal finding. The Weber test results showing lateralization to the left ear provide additional context. Lateralization in the Weber test occurs when there is a difference in hearing ability between the two ears. If sound is perceived to be louder in one ear, it suggests either conductive hearing loss in that ear or sensorineural hearing loss in the opposite ear. In this case, since AC is greater than BC in both ears, it suggests that there isn't a significant conductive hearing loss in the left ear. Given these test results combined, the patient likely has normal hearing in the right ear and sensorineural hearing loss in the left ear, which aligns with the Weber test showing lateralization to the left. This supports the conclusion that the patient has sensorineural hearing loss due to the intact air conduction in both ears while experiencing a hearing deficit in the left ear specifically. Hence, asserting that the patient has sensorineural hearing loss accurately aligns with the findings from

When a patient exhibits Rinne test results showing air conduction (AC) greater than bone conduction (BC) in both ears, it typically indicates that the hearing pathways are functioning well for air conduction. In healthy individuals, the Rinne test result is expected to show AC > BC as a normal finding.

The Weber test results showing lateralization to the left ear provide additional context. Lateralization in the Weber test occurs when there is a difference in hearing ability between the two ears. If sound is perceived to be louder in one ear, it suggests either conductive hearing loss in that ear or sensorineural hearing loss in the opposite ear. In this case, since AC is greater than BC in both ears, it suggests that there isn't a significant conductive hearing loss in the left ear.

Given these test results combined, the patient likely has normal hearing in the right ear and sensorineural hearing loss in the left ear, which aligns with the Weber test showing lateralization to the left. This supports the conclusion that the patient has sensorineural hearing loss due to the intact air conduction in both ears while experiencing a hearing deficit in the left ear specifically.

Hence, asserting that the patient has sensorineural hearing loss accurately aligns with the findings from