Nursing Elites

1. A full-term newborn is being assessed by a nurse 15 minutes after birth. Which of the following findings requires intervention by the nurse?

• A. Heart rate 168/min
• B. Respiratory rate 18/min
• C. Tremors
• D. Fine crackles

Correct answer: B

Rationale: A newborn's respiratory rate can vary between 20 to 100 breaths per minute during the initial phase after birth. A respiratory rate as low as 18 breaths per minute at this early stage requires immediate nursing intervention. This finding necessitates further assessment to ensure adequate oxygenation and respiratory function. The other options, heart rate of 168/min, tremors, and fine crackles, are within normal limits for a full-term newborn and do not require immediate intervention.

2. A client who is at 22 weeks gestation is being educated by a nurse about the amniocentesis procedure. Which of the following statements should the nurse make?

• A. You will lie on your right side during the procedure.
• B. You should not eat anything for 24 hours before the procedure.
• C. You should empty your bladder before the procedure.
• D. The test is performed to determine gestational age.

Correct answer: C

Rationale: The correct answer is C. The nurse should advise the client to empty her bladder before an amniocentesis to minimize the risk of bladder puncture during the procedure. This precaution helps ensure the safety and accuracy of the procedure by reducing potential complications related to bladder puncture. Choices A, B, and D are incorrect because lying on the right side, fasting for 24 hours, and determining gestational age are not relevant instructions for an amniocentesis procedure.

3. A client in a prenatal clinic is pregnant and experiencing episodes of maternal hypotension. The client asks the nurse what causes these episodes. Which of the following responses should the nurse make?

• A. This is due to an increase in blood volume.
• B. This is due to pressure from the uterus on the diaphragm.
• C. This is due to the weight of the uterus on the vena cava.
• D. This is due to increased cardiac output.

Correct answer: C

Rationale: Maternal hypotension during pregnancy is often caused by the weight of the uterus pressing on the vena cava when the client is lying on her back, which reduces blood flow to the heart. This compression can lead to a decrease in blood pressure and subsequent symptoms of hypotension. Choice A is incorrect because an increase in blood volume typically leads to increased blood pressure rather than hypotension. Choice B is incorrect as pressure from the uterus on the diaphragm is not a common cause of maternal hypotension. Choice D is incorrect because increased cardiac output would not directly cause maternal hypotension.

4. A client who is pregnant states that her last menstrual period was April 1st. What is the client's estimated date of delivery?

• A. January 8
• B. January 15
• C. February 8
• D. February 15

Correct answer: A

Rationale: To calculate the estimated date of delivery, add 7 days to the first day of the last menstrual period (April 1st), which gives April 8th. Then, count forward 9 months from April 8th, leading to January 8th as the estimated date of delivery. Choice A is correct. Choice B is incorrect because it is exactly 9 months from the last menstrual period without accounting for the additional 7 days. Choices C and D are incorrect as they fall in February, which is beyond the 9-month period from the last menstrual period.

5. A healthcare provider is assessing fetal heart tones for a pregnant client. The provider has determined the fetal position as left occipital anterior. To which of the following areas of the client's abdomen should the provider apply the ultrasound transducer to assess the point of maximum intensity of the fetal heart?

• A. Left upper quadrant
• B. Right upper quadrant
• C. Left lower quadrant
• D. Right lower quadrant

Correct answer: C

Rationale: When the fetal position is left occipital anterior, the point of maximum intensity of the fetal heart is best heard in the left lower quadrant of the client's abdomen. Placing the ultrasound transducer in the left lower quadrant allows for optimal detection of fetal heart tones in this specific fetal position. Choice A (Left upper quadrant) is incorrect as it is not where the fetal heart tones are best heard in this scenario. Choice B (Right upper quadrant) is also incorrect as it is not the recommended area for assessing fetal heart tones in a left occipital anterior position. Choice D (Right lower quadrant) is incorrect as the focus should be on the left side due to the fetal position mentioned.

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