Nursing Elites

1. During the initial assessment of the newborn, which of the following data would be considered normal?

• A. Chest circumference 31.5 cm, head circumference 33.5 cm
• B. Chest circumference 30 cm, head circumference 29 cm
• C. Chest circumference 38 cm, head circumference 31.5 cm
• D. Chest circumference 32.5 cm, head circumference 36 cm

Correct answer: A

Rationale: The correct answer is A. During the initial assessment of a newborn, the average head circumference at birth is 32 to 37 cm, while the average chest circumference ranges from 30 to 35 cm. Normally, the head's circumference is about 2 cm greater than the chest circumference at birth. Choice A provides measurements of chest circumference 31.5 cm and head circumference 33.5 cm, both falling within the normal range in terms of actual size and relative size. Choices B, C, and D do not align with the typical measurements seen in a healthy newborn. Choice B has both circumferences below the average range, choice C has the chest circumference above the average, and choice D has the head circumference notably higher than the chest circumference, which is not typical for a newborn.

2. The client is being taught about perineal care postpartum. Which instruction should the client receive?

• A. Use ice packs to reduce swelling for the first 24 hours.
• B. Apply heat packs immediately after birth to reduce pain.
• C. Avoid using a peri-bottle to cleanse the perineum.
• D. Use tampons to absorb lochia discharge.

Correct answer: A

Rationale: The correct instruction for the client postpartum is to use ice packs to reduce swelling for the first 24 hours. This helps alleviate discomfort and promote healing. Applying heat packs immediately after birth is not recommended as they can increase swelling. A peri-bottle is advised for cleansing the perineum, not to be avoided. Tampons should not be used to absorb lochia discharge as they can increase the risk of infection. Therefore, the use of ice packs is the most appropriate and beneficial instruction for perineal care postpartum.

3. In the pediatric ward at Nyamebekyere teaching hospital, when should oxygen be applied to children?

• A. Central cyanosis
• B. Respiratory rate >70 breaths per minute
• C. Grunting noted on assessment
• D. All of the above

Correct answer: D

Rationale: All the listed conditions, central cyanosis, respiratory rate >70 breaths per minute, and grunting on assessment, are indicative of the need for oxygen therapy. Central cyanosis suggests severe hypoxemia, a respiratory rate >70 breaths per minute can indicate respiratory distress, and grunting is a sign of increased work of breathing. Administering oxygen in these situations can help improve oxygenation and support the child's respiratory function, making option D the correct choice.

4. When is it MOST appropriate to clamp and cut the umbilical cord?

• A. Before the newborn has taken its first breath
• B. After the placenta has completely delivered
• C. As soon as the cord has stopped pulsating
• D. Immediately following delivery of the newborn

Correct answer: C

Rationale: The ideal time to clamp and cut the umbilical cord is when it has stopped pulsating. This allows for the transfer of remaining blood from the placenta to the newborn, which can be beneficial for the baby's health and iron stores. Clamping the cord too early can deprive the newborn of this essential blood volume. Waiting for the pulsations to cease ensures that the baby receives the maximum benefits from delayed cord clamping.

5. A 3-year-old female has had severe diarrhea and vomiting for 4 days. She is now unresponsive with rapid, shallow respirations and thready radial pulses. Her heart rate is 160 beats/min, and her oxygen saturation is 88%. You should:

• A. Ventilate her with a bag-valve mask.
• B. Start chest compressions.
• C. Administer high-flow oxygen via a non-rebreathing mask.
• D. Place her in the recovery position.

Correct answer: A

Rationale: In a pediatric patient presenting with unresponsiveness, rapid, shallow respirations, thready pulses, high heart rate, and low oxygen saturation, the priority is to ensure adequate oxygenation. Ventilating the child with a bag-valve mask is crucial in this scenario to support her breathing and improve oxygenation, as indicated by her low oxygen saturation and respiratory distress. Starting chest compressions is not indicated as the child has a pulse. Administering high-flow oxygen via a non-rebreathing mask may not be as effective as providing positive pressure ventilation with a bag-valve mask in this situation. Placing her in the recovery position is not appropriate when the child is unresponsive and in respiratory distress.

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