The nurse has completed the assessment of the client's ears. A small/moderate amount of brown cerumen was found in both ears. Which action by the nurse is warranted?

Choice A reason: Turbulence in large airways causes coarse sounds, not high-pitched wheezes. Wheezes stem from narrowed smaller passages, like bronchioles, not broad airway dynamics, making this less accurate for the specific sound’s pathophysiology fully here.
Choice B reason: Air leaking into the pleural space (pneumothorax) reduces breath sounds, not causing wheezes. Wheezes arise from airway narrowing, not alveolar rupture, excluding this as the source of the auscultated adventitious sound entirely here fully.
Choice C reason: Air diversion from trachea to bronchi is normal airflow, not producing wheezes. Wheezes require obstruction or constriction in smaller airways, not tracheal branching, rendering this unrelated to the sound’s pathological origin comprehensively here.
Choice D reason: Wheezes result from constricted respiratory passages, like in asthma, where narrowed bronchioles vibrate with airflow. This high-pitched sound matches the pathophysiology of airway narrowing, making it the correct explanation for this finding accurately here.

Choice A reason: Ophthalmoscopy checks cranial nerve II (optic), not III, IV, or VI. It visualizes the retina, missing the eye movement control these nerves govern, making it irrelevant to their motor function assessment entirely here fully.
Choice B reason: The 6 cardinal fields test cranial nerves III (eye movement, pupil), IV (superior oblique), and VI (lateral rectus). This single technique evaluates all three by tracking coordinated eye motion, making it the most efficient method accurately here.
Choice C reason: Vibration on eyelids tests sensation, possibly cranial nerve V, not III, IV, or VI. These nerves control eye movement, not sensory input, excluding this from assessing their motor roles in this neurological exam fully here.
Choice D reason: Head turning with hand tracking involves neck muscles and possibly cranial nerve XI, not just III, IV, VI. This dilutes focus on eye-specific movements, making it less precise for these cranial nerves’ assessment entirely here.