Older adult patients with hypertension may have an auscultatory gap in their Korotkoff sounds. It is important when taking their blood pressure measurement to:
pump up the cuff until no sound is heard and then let the air out.
stop midway and begin to inflate again.
make sure the bell of the stethoscope is placed firmly over the artery.
continue to listen until the cuff is deflated.
The Correct Answer is D
Rationale
A. Pumping the cuff until no sound is heard may cause inaccurate readings and is not a proper technique.
B. Stopping midway can result in missing sounds or causing an inaccurate measurement.
C. The bell of the stethoscope should be used for low-pitched sounds, but the key is to continue listening to identify the full Korotkoff sound range, especially in the presence of an auscultatory gap.
D. It is important to continue listening until the cuff is deflated to ensure the accurate measurement of both systolic and diastolic pressures, particularly in patients with an auscultatory gap.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. Listening to the apical pulse for one full minute provides a more accurate reading of the heart rate and rhythm, especially when the radial pulse is irregular.
B. Recording the findings on the graphic sheet is necessary, but it doesn’t address the irregularity of the pulse.
C. Taking the pulse on the other wrist does not provide the necessary information about the apical pulse.
D. Taking the pulse for one full minute on the other wrist is not necessary unless the pulse is absent on the first wrist.
Correct Answer is B
Explanation
A. Kussmaul's respirations are rapid, deep, and labored breaths often seen in metabolic acidosis, which does not match the pattern described.
B. Cheyne-Stokes respirations are characterized by a pattern of deep and fast breathing followed by periods of apnea. This pattern is seen in patients with severe conditions like heart failure or brain injury.
C. Biot's respirations are irregular, but the cycle does not have a distinct pattern of fast, slow, and apnea periods.
D. Hyperventilation refers to an increased rate of breathing but does not involve the cycles of deep, slow, and apneic phases characteristic of Cheyne-Stokes.
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