A nurse is preparing to suction a client. The pulse is 65 and pulse oximetry is 94%. Which finding will cause the nurse to stop suctioning?
Pulse 60
Pulse 90
Oxygen saturation of 92%
Oxygen saturation 89%
Blood pressure 130/80
The Correct Answer is D
A. A pulse of 60 is low but does not necessarily indicate a need to stop suctioning if the patient remains stable otherwise.
B. A pulse of 90 is within normal limits and does not require stopping suctioning.
C. An oxygen saturation of 92% is slightly low but still acceptable; suctioning can continue if the client is stable.
D. An oxygen saturation of 89% is below the acceptable threshold and indicates hypoxia, prompting the nurse to stop suctioning immediately to avoid further compromising the client's respiratory status.
E. A blood pressure of 130/80 is within normal limits and does not warrant cessation of suctioning.
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Correct Answer is C
Explanation
A. Curved prongs fitting the nasal passages correctly is appropriate practice for comfort and effective delivery.
B. Padding pressure areas on the skin is a best practice to prevent skin breakdown and is indicative of proper care.
C. An oxygen flow rate of 10 L/min is excessively high for a nasal cannula, which typically accommodates 1-6 L/min; this indicates a need for further education on proper flow rates.
D. Posting clear no smoking and no open flame signs is essential for safety in oxygen therapy, reflecting good practice.
E. Proper adjustment of cannula tubing under the neck is necessary to ensure a secure fit without causing discomfort.
Correct Answer is B
Explanation
A. While posterior to anterior comparisons are used, they do not encompass the entire technique for auscultation.
B. Side-to-side comparison is the correct method as it allows for immediate assessment of differences between lung fields and helps to identify abnormal sounds effectively.
C. Interspace-by-interspace comparison is not a commonly recognized term for this method and can lead to confusion in technique.
D. Proximal to distal comparison is not specific to lung auscultation and does not effectively apply to lung assessment.
E. Top-to-bottom comparison may miss abnormalities in a specific region of the lungs; side-to-side is preferred.