Nursing Elites

1. An older female client has normal saline infusing at 45 ml/hour. She complains of pain at the insertion of the IV catheter. There is no redness or edema around the IV site. Which action should the nurse take?

• A. Determine what IV medications have recently been administered.
• B. Slow the infusion rate.
• C. Apply a warm compress to the IV site.
• D. Discontinue the IV line and start a new one.

Correct answer: A

Rationale: The correct action for the nurse to take in this scenario is to determine what IV medications have recently been administered. This is important to identify if the pain at the IV site is related to a medication infusion. Slowing the infusion rate (choice B) may not address the underlying cause of the pain. Applying a warm compress (choice C) is not necessary since there is no redness or edema around the IV site. Discontinuing the IV line and starting a new one (choice D) is a drastic step and should not be the first action taken without investigating the cause of the pain.

2. A client who is newly diagnosed with emphysema is being prepared for discharge. Which instruction is best for the nurse to provide the client to assist them with dyspnea self-management?

• A. Allow additional time to complete physical activities to reduce oxygen demand.
• B. Practice inhaling through the nose and exhaling slowly through pursed lips.
• C. Use a humidifier to increase home air quality humidity between 30-50%.
• D. Strengthen abdominal muscles by alternating leg raises during exhalation.

Correct answer: B

Rationale: The correct answer is B. Instructing the client to practice inhaling through the nose and exhaling slowly through pursed lips can help improve oxygenation and reduce dyspnea. This technique, known as pursed lip breathing, can help regulate breathing patterns and decrease the work of breathing in clients with emphysema. Choice A is incorrect because allowing additional time for physical activities does not directly address dyspnea management. Choice C is incorrect as using a humidifier, although beneficial for respiratory conditions, does not specifically assist with dyspnea self-management. Choice D is also incorrect as strengthening abdominal muscles through leg raises does not directly target dyspnea relief.

3. Which dietary modification is most appropriate for a client with nephrotic syndrome?

• A. High protein, low sodium
• B. Low protein, high sodium
• C. High protein, high potassium
• D. Low protein, low sodium

Correct answer: D

Rationale: The most appropriate dietary modification for a client with nephrotic syndrome is a low protein, low sodium diet. This diet helps reduce the workload on the kidneys and manage edema, which are common issues in nephrotic syndrome. Choice A, high protein, low sodium, is not recommended because excessive protein intake can further strain the kidneys. Choice B, low protein, high sodium, is inappropriate as high sodium can worsen fluid retention and hypertension. Choice C, high protein, high potassium, is not ideal as high potassium levels can be problematic for individuals with kidney issues.

4. What is the hallmark sign of intussusception?

• A. Mucus-like stools
• B. Currant jelly-like stools
• C. Tarry, black stools
• D. Green, soft stools

Correct answer: B

Rationale: The hallmark sign of intussusception is currant jelly-like stools, which result from the mixture of blood and mucus in the stool due to the sloughing of intestinal mucosa. Mucus-like stools (Choice A) are not typically associated with intussusception. Tarry, black stools (Choice C) are characteristic of gastrointestinal bleeding higher up in the gastrointestinal tract, such as from a peptic ulcer. Green, soft stools (Choice D) are more indicative of rapid transit through the intestines, possibly due to dietary factors or infections such as gastroenteritis.

5. What could suddenly occur in a child with acute epiglottitis?

• A. Increased carbon dioxide levels
• B. Airway obstruction
• C. Inability to swallow
• D. Bronchial collapse

Correct answer: B

Rationale: In acute epiglottitis, the infected epiglottis becomes inflamed and can lead to sudden airway obstruction, which is a life-threatening emergency. This can cause difficulty breathing and necessitates immediate intervention to secure the airway. Increased carbon dioxide levels may occur due to inadequate ventilation resulting from airway obstruction, but the primary concern is the obstruction itself, not the carbon dioxide levels. Inability to swallow may be present due to pain and swelling in the throat but is not the immediate life-threatening complication associated with acute epiglottitis. Bronchial collapse is not a typical consequence of acute epiglottitis.

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