While auscultating a client's breath sounds, the nurse hears vesicular sounds in the bases of both lungs posteriorly. Which action should the nurse take in response to this finding?
Continue with the remainder of the client's physical assessment.
Report the client's abnormal lung sounds to the healthcare provider.
Ask the client to cough and then auscultate at the site again.
Measure the client's oxygen saturation with a pulse oximeter.
The Correct Answer is A
A) Continue with the remainder of the client's physical assessment:
Vesicular breath sounds are normal breath sounds heard over the peripheral lung fields. Hearing vesicular sounds in the bases of both lungs posteriorly indicates normal air movement in the lungs. Therefore, there is no immediate concern or need for further action related to this finding. The nurse should continue with the remainder of the client's physical assessment.
B) Report the client's abnormal lung sounds to the healthcare provider:
Vesicular breath sounds are considered normal lung sounds and do not warrant reporting as abnormal. Reporting this finding to the healthcare provider would not be appropriate and may lead to unnecessary concern or intervention.
C) Ask the client to cough and then auscultate at the site again:
Coughing would not be necessary in response to hearing vesicular breath sounds, as these are normal lung sounds. Repeating the auscultation may not provide additional information beyond confirming the presence of normal breath sounds.
D) Measure the client's oxygen saturation with a pulse oximeter:
Measuring oxygen saturation with a pulse oximeter is not indicated in response to hearing vesicular breath sounds. These breath sounds are normal and do not necessarily indicate a problem with oxygenation. Therefore, measuring oxygen saturation would not be the appropriate action in this situation.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A) Paresthesia: Paresthesia refers to abnormal sensations such as tingling, pricking, or numbness, typically without an external stimulus. The client's ability to discriminate two points at specific distances on the fingertips and palms does not indicate abnormal sensations or paresthesia.
B) Rebound reaction to the needle points: A rebound reaction would involve a delayed response or heightened sensitivity following the removal of a stimulus. This test does not measure rebound reactions but rather the ability to discriminate two separate points.
C) Normal sensory finding: The ability to sense two points at a distance of 3 mm on the fingertips and 10 mm on the palms is within the normal range for two-point discrimination. The fingertips typically have a higher density of sensory receptors and thus can discriminate smaller distances between two points, whereas the palms have fewer receptors and require a greater distance to discern two points.
D) Marginal decline in sensory function: The described ability to sense two points at these specific distances does not indicate a decline in sensory function. It aligns with normal findings for a middle-aged adult.
Correct Answer is B
Explanation
A) Retracted and non-mobile tympanic membrane: This finding is typically associated with conditions such as eustachian tube dysfunction or negative middle ear pressure, not with the symptoms described in this scenario.
B) Red, edematous ear canal with no visualization of the tympanic membrane: This description aligns with otitis externa, commonly known as "swimmer's ear." The client's history of recent swimming, itching, pain, and discharge with a musty odor are classic signs of this condition. In otitis externa, the ear canal often appears red and swollen, and the inflammation can obstruct the view of the tympanic membrane.
C) Translucent, pearly gray and mobile tympanic membrane: This appearance indicates a normal, healthy ear and is inconsistent with the symptoms of pain, itching, and discharge described by the client.
D) Thickened and bulging tympanic membrane: This finding is more indicative of otitis media with effusion or acute otitis media, where fluid or pus collects behind the eardrum, causing it to bulge. However, it does not match the scenario of external ear canal inflammation and discharge following swimming.
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