Nursing Elites

1. A client with a history of stroke presents with dysphagia. What is the most important nursing intervention to prevent aspiration?

• A. Encourage the client to drink water between meals
• B. Position the client in a high-Fowler's position during meals
• C. Provide the client with thickened liquids
• D. Allow the client to eat quickly

Correct answer: B

Rationale: The correct answer is B: Position the client in a high-Fowler's position during meals. Placing the client in a high-Fowler's position (sitting upright at a 90-degree angle) helps reduce the risk of aspiration by ensuring that the airway is protected during swallowing. This position facilitates easier swallowing and decreases the likelihood of food or liquids entering the respiratory tract. Encouraging the client to drink water between meals (choice A) does not directly address the risk of aspiration during meals. Providing thickened liquids (choice C) may be necessary for some patients with dysphagia but is not the most important intervention to prevent aspiration. Allowing the client to eat quickly (choice D) without proper positioning and precautions can increase the risk of aspiration.

2. A client with a diagnosis of chronic heart failure is prescribed digoxin. What is the most important assessment before administering this medication?

• A. Check blood pressure
• B. Assess heart rate
• C. Monitor respiratory rate
• D. Measure oxygen saturation

Correct answer: B

Rationale: The correct answer is to assess the heart rate before administering digoxin. Digoxin can lead to bradycardia, making it crucial to evaluate the heart rate to prevent potential complications. Checking blood pressure (Choice A) is important but not as critical as assessing the heart rate in this context. Monitoring respiratory rate (Choice C) and measuring oxygen saturation (Choice D) are not the most crucial assessments before administering digoxin, as the primary concern with this medication is its impact on heart rate.

3. The healthcare provider is preparing to administer an intramuscular injection to an adult client. Which site is the preferred location for this injection?

• A. Deltoid muscle.
• B. Vastus lateralis muscle.
• C. Ventrogluteal muscle.
• D. Dorsogluteal muscle.

Correct answer: C

Rationale: The ventrogluteal site is preferred for intramuscular injections in adults due to its muscle mass and lower risk of nerve injury. The deltoid muscle is more commonly used for vaccines in adults, the vastus lateralis muscle is preferred in infants and young children, and the dorsogluteal muscle is associated with a higher risk of nerve injury and is no longer recommended for intramuscular injections.

4. A client with a diagnosis of pneumonia is experiencing difficulty expectorating thick secretions. What intervention should the nurse implement to assist the client?

• A. Administer antibiotics as prescribed.
• B. Encourage increased fluid intake.
• C. Perform chest physiotherapy.
• D. Provide humidified oxygen.

Correct answer: B

Rationale: Encouraging increased fluid intake is the appropriate intervention to assist the client with pneumonia who is having difficulty expectorating thick secretions. Adequate hydration helps to thin the secretions, making them easier to cough up. Administering antibiotics (Choice A) is important for treating the infection itself but does not directly address the thick secretions. Chest physiotherapy (Choice C) may be beneficial in some cases but is not the initial intervention for thick secretions. Providing humidified oxygen (Choice D) can help with oxygenation but does not directly address the problem of thick secretions.

5. The practical nurse is preparing to administer a prescription for cefazolin (Kefzol) 600 mg IM every six hours. The available vial is labeled, 'Cefazolin (Kefzol) 1 gram,' and the instructions for reconstitution state, 'For IM use add 2 ml sterile water for injection. Total volume after reconstitution = 2.5 ml.' When reconstituted, how many milligrams are in each milliliter of solution?

• A. 400 mg/mL
• B. 500 mg/mL
• C. 450 mg/mL
• D. 350 mg/mL

Correct answer: A

Rationale: After reconstitution, the concentration of cefazolin solution is calculated by dividing the total amount of drug (600 mg) by the total volume after reconstitution (2.5 mL). This gives 600 mg / 2.5 mL = 240 mg/mL. However, the question asks for the concentration in each milliliter of solution after reconstitution, so we need to consider the final volume of 2.5 mL. Therefore, 240 mg/mL * 2.5 mL = 600 mg, which means each milliliter contains 240 mg of cefazolin. Therefore, after reconstitution, there are 400 mg of cefazolin in each milliliter of solution. Choices B, C, and D are incorrect as they do not accurately reflect the concentration after reconstitution.

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