Nursing Elites

1. While caring for a client with extensive partial and full-thickness burns of the head, neck, and chest, which risk should the nurse prioritize for assessment and intervention?

• A. Airway obstruction
• B. Infection
• C. Fluid imbalance
• D. Paralytic ileus

Correct answer: A

Rationale: When a client sustains burns to the head, neck, or chest, the risk of airway obstruction is a critical concern due to potential swelling, inflammation, or inhalation injury. Any compromise to the airway can lead to severe respiratory distress or failure. Early recognition and intervention to maintain a clear airway are essential to prevent life-threatening complications in burn patients.

2. A client with hypertension is being taught about lifestyle modifications. Which statement by the client indicates a need for further teaching?

• A. I will reduce my sodium intake to help control my blood pressure.
• B. I need to start walking at least 30 minutes most days of the week.
• C. I can continue drinking alcohol as long as it is not in excess.
• D. I will check my blood pressure regularly at home.

Correct answer: C

Rationale: In hypertension management, it is crucial for clients to limit or avoid alcohol consumption, not just refrain from excess. Alcohol can raise blood pressure and interfere with the effectiveness of antihypertensive medications, making it a key lifestyle modification for individuals with hypertension.

3. A client is 12 hours postoperative and has a chest tube to a disposable water-seal drainage system with suction. The healthcare provider should intervene for which of the following observations?

• A. Constant bubbling in the suction-control chamber
• B. Continuous bubbling in the water-seal chamber
• C. Bloody drainage in the collection chamber
• D. Fluid-level fluctuations in the water-seal chamber

Correct answer: B

Rationale: Continuous bubbling in the water-seal chamber indicates an air leak, which can compromise the system's integrity and affect the client's respiratory status. The other options are expected findings in a client with a chest tube drainage system: constant bubbling in the suction-control chamber indicates proper suction function, bloody drainage in the collection chamber is expected in the immediate postoperative period, and fluid-level fluctuations in the water-seal chamber demonstrate normal drainage and lung re-expansion.

4. When teaching a client with chronic obstructive pulmonary disease (COPD) about nutrition, what information should be included? (Select all that apply)

• A. Avoid drinking fluids just before and during meals.
• B. Rest before meals if experiencing dyspnea.
• C. Have about six small meals a day.
• D. Eat high-fiber foods to promote gastric emptying.

Correct answer: D

Rationale: When educating a client with COPD about nutrition, it is important to consider factors that can impact breathing and digestion. Avoiding drinking fluids just before and during meals can help prevent bloating, which may impede breathing. Resting before meals if experiencing dyspnea can aid in reducing respiratory effort during eating. Having about six small meals a day can help prevent overeating and decrease the feeling of fullness, promoting easier breathing. However, it is crucial to be cautious with high-fiber foods as they can produce gas, leading to abdominal bloating and increased shortness of breath. Clients with COPD should focus on increasing calorie and protein intake to prevent malnourishment. It is advisable not to increase carbohydrate intake as this can elevate carbon dioxide production and exacerbate breathing difficulties.

5. A healthcare professional is assessing a client with left-sided heart failure. Which finding is most commonly associated with this condition?

• A. Peripheral edema
• B. Jugular vein distention
• C. Hepatomegaly
• D. Crackles in the lungs

Correct answer: D

Rationale: Crackles in the lungs are commonly associated with left-sided heart failure due to pulmonary congestion. Left-sided heart failure leads to the backup of blood into the lungs, causing fluid leakage into the alveoli, which results in the characteristic crackling sound upon auscultation.

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