Nursing Elites

1. What is it called when the therapist adjusts the difficulty level of an activity to match the child's abilities by bringing a toy closer for them to successfully reach and grasp during therapy?

• A. Compensating
• B. Adapting
• C. Grading
• D. Modifying

Correct answer: C

Rationale: The correct answer is C: Grading. Grading involves adjusting the difficulty level of an activity to match the child's abilities. Bringing a toy closer for easier reach is an example of grading in therapy, helping the child succeed in reaching and grasping the toy within their current capabilities. Choice A, Compensating, implies making up for a deficit, which is not the case here. Choice B, Adapting, suggests changing the activity itself, not just the difficulty level. Choice D, Modifying, indicates altering the toy or the task itself, rather than adjusting the task's difficulty level.

2. A patient who has PUD and is receiving magnesium hydroxide (MOM) is experiencing an increased number of BM. Which is the nurse�s priority action?

• A. Ask the HCP for a reduction in dose
• B. Encourage the patient to increase dietary fiber
• C. Administer the drug with an aluminum hydroxide antacid
• D. Instruct patient to keep an accurate stool count

Correct answer: C

Rationale: MOM is a rapid-acting antacid with a prominent adverse effect of diarrhea. To compensate, it usually is administered in combo with aluminum hydroxide which promotes constipation. A reduction in dose might be necessary if the diarrhea is severe, but this is not a priority action. Increasing dietary fiber and keeping a stool count are appropriate actions to implement after adding an antacid to counteract the diarrhea effect.

3. A 7-year-old child with acute glomerulonephritis has gross hematuria and has been confined to bed. What is the most appropriate nursing intervention for this child?

• A. Providing activities for the child on restricted activity
• B. Feeding the child a protein-restricted diet
• C. Carefully handling edematous extremities
• D. Observing the child for evidence of hypotension

Correct answer: A

Rationale: The most appropriate nursing intervention for a 7-year-old child with acute glomerulonephritis experiencing gross hematuria and bed rest is to provide activities for the child on restricted activity. It is important to keep the child engaged in light activities to prevent boredom and maintain some level of physical and mental well-being. Feeding a protein-restricted diet (Choice B) is not typically indicated in this scenario unless ordered by a healthcare provider to manage kidney function. Carefully handling edematous extremities (Choice C) is important in conditions like nephrotic syndrome but is not directly related to providing appropriate care for a child with acute glomerulonephritis. Observing the child for evidence of hypotension (Choice D) is important in general nursing care but is not the most immediate or specific intervention needed for a child with acute glomerulonephritis experiencing gross hematuria and bed rest.

4. Which clinical manifestation should a nurse monitor for when assessing a pediatric client diagnosed with a basilar skull fracture?

• A. Periorbital ecchymosis
• B. Subdural hematoma
• C. Protruding bone
• D. Epidural hematoma

Correct answer: A

Rationale: Periorbital ecchymosis, also known as raccoon eyes, is a classic sign of a basilar skull fracture. It presents as bruising around the eyes due to blood collecting in the tissues. Monitoring for periorbital ecchymosis is crucial in assessing a pediatric client with a basilar skull fracture because it can indicate the presence of this serious injury.

5. As a result of opioid administration, a child's respirations are slow and shallow. Which should the nurse anticipate when assessing the child's arterial blood gas?

• A. Increased PCO2 and respiratory acidosis
• B. Decreased PCO2 and respiratory alkalosis
• C. Low pH and low PCO2
• D. High pH and high PCO2

Correct answer: A

Rationale: When a child's respirations are slow and shallow due to opioid administration, it results in hypoventilation. This leads to retaining carbon dioxide, indicated by an increased PCO2 level on arterial blood gas analysis, and subsequently causes respiratory acidosis due to the buildup of CO2 in the blood. Therefore, choice A, 'Increased PCO2 and respiratory acidosis,' is the correct answer. Choices B, C, and D are incorrect because slow and shallow respirations would not lead to decreased PCO2 or respiratory alkalosis (choice B), low pH and low PCO2 (choice C), or high pH and high PCO2 (choice D).

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