Nursing Elites

1. Difficulties with eating, sleeping, playing, repetitive or difficult behaviors, and paying attention may all be caused in part by which of the following?

• A. Cognitive delays
• B. Lack of motivation for mastery
• C. Sensory processing challenges
• D. Imitation deficits

Correct answer: C

Rationale: Sensory processing challenges can affect various aspects of a child's daily life, including eating, sleeping, playing, behavior, and attention. These challenges can lead to difficulties in processing sensory information, which may manifest in different behaviors and impact their overall functioning.

2. A neonate with a meningomyelocele is scheduled for surgery in the morning. Which nursing action is appropriate for this neonate?

• A. Applying a diaper to prevent contamination of the sac
• B. Positioning the newborn in a side-lying position
• C. Encouraging the mother to hold the newborn because she will not be able to pick him up after surgery
• D. Positioning the newborn in a prone position

Correct answer: D

Rationale: Positioning the newborn in a prone position is appropriate for a neonate with a meningomyelocele before surgery. Placing the newborn in this position helps prevent pressure on the sac, reducing the risk of damaging it and promoting optimal surgical outcomes. Applying a diaper (choice A) may not be recommended as it can increase pressure on the sac. Positioning the newborn in a side-lying position (choice B) or encouraging the mother to hold the newborn (choice C) are not ideal actions before surgery as they do not address the specific needs of a neonate with a meningomyelocele.

3. A healthcare provider is planning care for a child with hyperkalemia. Which manifestation associated with the documented hyperkalemia requires immediate intervention by the healthcare provider?

• A. Hyperthermia
• B. Respiratory distress
• C. Seizures
• D. Cardiac arrhythmias

Correct answer: D

Rationale: In hyperkalemia, cardiac arrhythmias are the most critical and life-threatening manifestation that requires immediate intervention. Hyperkalemia can lead to dangerous heart rhythm disturbances, potentially resulting in cardiac arrest. Prompt treatment is essential to stabilize the heart rhythm and prevent life-threatening complications. Hyperthermia, respiratory distress, and seizures are not typically associated with hyperkalemia and should be addressed, but cardiac arrhythmias pose the most urgent risk to the patient's life.

4. Which statement made by a parent of a child with nephrotic syndrome indicates an understanding of discharge teaching?

• A. I will make sure he gets his measles vaccine as soon as he gets home.
• B. He can stop taking his medication next week.
• C. I should check his urine for protein when he goes to the bathroom.
• D. He should eat a low-protein diet for the next few weeks.

Correct answer: C

Rationale: In nephrotic syndrome, monitoring urine for protein is essential as it helps track the child's condition. Checking urine for protein should be done as part of the discharge teaching to keep a record of the child's urinary proteins and to monitor the effectiveness of the treatment plan. It is crucial for parents to understand this aspect of care to ensure proper management of the child's condition. Choices A, B, and D are incorrect because getting a measles vaccine, stopping medication prematurely, and following a low-protein diet are not directly related to monitoring the child's condition and managing nephrotic syndrome.

5. What is the corrected age of a child born at 30 weeks gestation on May 2, 2014, who is being tested on August 5, 2014?

• A. 3 months
• B. 2 weeks
• C. 2.6 months
• D. 4 weeks

Correct answer: B

Rationale: To calculate the corrected age of a premature child, you need to adjust for the weeks of prematurity. In this case, the child was born at 30 weeks gestation. From May 2, 2014, to August 5, 2014, is a span of 14 weeks. Subtracting the 30 weeks of gestation from the total time passed (14 weeks) gives the corrected age, which is 14 - 30 = -16 weeks. Since negative weeks are not relevant here, the corrected age is 0 weeks, which is equivalent to 2 weeks. Choice A is incorrect because 3 months is not the correct adjustment for the given scenario. Choice C is incorrect as it provides a fractional value for age, which is not practical in this context. Choice D is incorrect as 4 weeks does not account for the weeks of prematurity.

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