Nursing Elites

1. A child with a diagnosis of congenital heart disease is admitted to the hospital. What should the nurse include in the child’s care plan?

• A. Monitoring fluid status
• B. Encouraging activity
• C. Promoting a high-calorie diet
• D. Maintaining oxygen therapy

Correct answer: A

Rationale: Monitoring fluid status is crucial for a child with congenital heart disease because these children are at risk of fluid overload which can worsen their condition. Monitoring fluid intake and output helps prevent complications like congestive heart failure. Encouraging activity (Choice B) should be individualized based on the child's condition and tolerance, as excessive activity can strain the heart. Promoting a high-calorie diet (Choice C) is not typically recommended for children with congenital heart disease unless specifically indicated, as excessive weight gain can worsen their cardiac function. Maintaining oxygen therapy (Choice D) may be necessary in some cases, but monitoring fluid status is a more fundamental aspect of care for children with congenital heart disease.

2. A child with sickle cell anemia is admitted to the hospital during a vaso-occlusive crisis. What is the most important intervention for the nurse to implement?

• A. Administering oxygen
• B. Ensuring adequate hydration
• C. Monitoring vital signs
• D. Administering pain medication

Correct answer: B

Rationale: During a vaso-occlusive crisis in sickle cell anemia, ensuring adequate hydration is crucial because it helps to reduce the viscosity of the blood and prevent further sickling of the cells. Administering oxygen may be necessary in some cases to improve tissue oxygenation, but hydration is the priority to prevent complications. Monitoring vital signs is important, but hydration takes precedence during a vaso-occlusive crisis. Administering pain medication is important for pain management but does not address the underlying issue of vaso-occlusion.

3. What is the first action a healthcare provider should take before administering a tube feeding to an infant?

• A. Irrigate the tube with water.
• B. Offer a pacifier to the infant.
• C. Slowly instill 10 mL of formula.
• D. Place the infant in the Trendelenburg position.

Correct answer: B

Rationale: The correct answer is to offer a pacifier to the infant before administering tube feeding. Offering a pacifier helps stimulate the sucking reflex, preparing the infant for feeding and promoting digestion and comfort. Irrigating the tube with water (Choice A) is not typically the first action before tube feeding and may not be necessary. Slowly instilling formula (Choice C) should only be done after the infant is prepared for feeding. Placing the infant in the Trendelenburg position (Choice D) is not necessary and may not be recommended for tube feeding.

4. Which best describes a full-thickness (third-degree) burn?

• A. Erythema and pain
• B. Skin showing erythema followed by blister formation
• C. Destruction of all layers of skin evident with extension into subcutaneous tissue
• D. Destruction injury involving underlying structures such as muscle, fascia, and bone

Correct answer: C

Rationale: The correct answer is C: Full-thickness burns involve the destruction of all layers of skin, extending into the subcutaneous tissue. This type of burn causes severe damage and loss of sensation due to nerve destruction. Choice A, erythema and pain, describes superficial burns (first-degree). Choice B, skin showing erythema followed by blister formation, describes partial-thickness burns (second-degree). Choice D, destruction injury involving underlying structures such as muscle, fascia, and bone, goes beyond the description of full-thickness burns.

5. When evaluating the laboratory report of a 1-year-old infant’s hematocrit, a healthcare provider compares it with the expected hematocrit range for this age group. What is the hematocrit of a healthy 12-month-old infant?

• A. 19% to 32%
• B. 29% to 41%
• C. 37% to 47%
• D. 42% to 69%

Correct answer: C

Rationale: The correct hematocrit range for a healthy 12-month-old infant is between 37% to 47%. At this age, this range reflects the normal blood volume and red blood cell (RBC) levels in infants. Choice A (19% to 32%) is too low for a healthy hematocrit level in a 12-month-old. Choice B (29% to 41%) is also below the typical range for a 12-month-old. Choice D (42% to 69%) includes an upper limit that is higher than expected for a healthy infant, making it an incorrect option.

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