Which of the following statements is NOT true about baseline fetal heart rates (FHR)?
The baseline FHR can be obtained via ultrasound or auscultation
The baseline FHR can be obtained during contractions
The baseline FHR is normal between 110-160 bpm
The baseline FHR is assessed over a 10-minute period
The Correct Answer is B
A. The baseline FHR can be obtained via ultrasound or auscultation: True. The baseline fetal heart rate can be assessed using ultrasound or auscultation, which are standard methods.
B. The baseline FHR can be obtained during contractions: False. The baseline fetal heart rate should be obtained in the absence of uterine contractions because contractions can temporarily alter the heart rate, making it difficult to determine the true baseline.
C. The baseline FHR is normal between 110-160 bpm: True. This is the accepted normal range for baseline fetal heart rates.
D. The baseline FHR is assessed over a 10-minute period: True. The baseline is typically assessed over a 10-minute window to account for variability and provide an accurate average.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","B","C","E"]
Explanation
A. Maintain a thermoneutral environment: Helps prevent temperature fluctuations that can stress the heart post-surgery.
B. Accurately measure all intake and output: Ensures fluid balance is carefully monitored to prevent fluid overload or dehydration.
C. Provide for several periods of uninterrupted rest: Reduces metabolic demand, aiding in recovery and healing.
D. Incentive spirometer 10 times every hour: Inappropriate for infants following cardiac surgery, as they are unable to effectively use an incentive spirometer.
E. Encourage periods of bonding: Supports emotional well-being and aids in the infant's overall recovery and development.
Correct Answer is B
Explanation
A. Point of maximum impulse is shifted to the right. This is not typically associated with coarctation of the aorta, but with other cardiac abnormalities.
B. Weak or absent lower extremity pulses. Coarctation of the aorta causes narrowing of the aorta, which restricts blood flow to the lower body, leading to diminished pulses in the lower extremities.
C. Apical pulse is greater than radial pulse. This finding is not specifically related to coarctation of the aorta.
D. Systolic murmur at the left sternal border. While murmurs may be present, coarctation typically causes a murmur best heard in the back or left infraclavicular area.
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