Nursing Elites

1. What intervention is needed when continuous bubbling is seen in the chest tube water seal chamber?

• A. Tighten the connections of the chest tube system
• B. Clamp the chest tube
• C. Replace the chest tube
• D. Continue monitoring the chest tube

Correct answer: A

Rationale: When continuous bubbling is observed in the chest tube water seal chamber, the appropriate intervention is to tighten the connections of the chest tube system. This action can help resolve an air leak, which is often the cause of continuous bubbling in the water seal chamber. Clamping the chest tube (choice B) is not recommended as it can lead to a dangerous increase in pressure within the chest. Replacing the chest tube (choice C) is not the initial intervention unless there are other indications to do so. Simply monitoring the chest tube (choice D) without taking corrective action will not address the underlying issue of the air leak causing continuous bubbling.

2. When planning care for a patient with diabetes insipidus, what should the nurse include in the plan?

• A. Monitor serum albumin levels
• B. Avoid alcohol
• C. Teach the patient to increase fluids
• D. Increase exercise to reduce stress

Correct answer: B

Rationale: The correct answer is B: 'Avoid alcohol.' Alcohol consumption can exacerbate dehydration in patients with diabetes insipidus, so it is essential to advise them to avoid alcohol. Monitoring serum albumin levels (choice A) is not directly related to managing diabetes insipidus. Teaching the patient to increase fluids (choice C) is not recommended as it can worsen the condition by further diluting the urine. Increasing exercise to reduce stress (choice D) is not a primary intervention for managing diabetes insipidus.

3. A nurse is teaching a client who has hypertension about dietary modifications to help control blood pressure. Which of the following food choices should the nurse recommend as the best choice for the client to include in their diet?

• A. 1 packet of reconstituted dry onion soup
• B. 3 oz of lean cured ham
• C. 3 oz of chicken breast
• D. ½ cup of canned baked beans

Correct answer: C

Rationale: For a client with hypertension, a low sodium diet is recommended to help control blood pressure. Among the food choices provided, the best option is 3 oz of chicken breast. Chicken breast is lean protein with lower sodium content compared to other choices. It is a healthier option for managing hypertension. Reconstituted dry onion soup (Choice A) and canned baked beans (Choice D) typically contain higher amounts of sodium, which can be detrimental for blood pressure management. Lean cured ham (Choice B) also tends to have a higher sodium content, making it less suitable for a client with hypertension.

4. How does hyponatremia place the patient at risk?

• A. Seizures
• B. Fatigue
• C. Cardiac dysrhythmias
• D. Muscle weakness

Correct answer: C

Rationale: Hyponatremia places the patient at risk for cardiac dysrhythmias. While hyponatremia can lead to seizures due to cerebral edema caused by fluid imbalance, the most immediate and life-threatening risk is cardiac dysrhythmias. Low sodium levels can disrupt the heart's electrical activity, potentially leading to fatal arrhythmias. Although fatigue and muscle weakness are symptoms of hyponatremia, cardiac dysrhythmias pose the most critical concern as they can have severe consequences.

5. What are the expected findings in a patient experiencing hypokalemia?

• A. Flattened T waves on an ECG
• B. Elevated ST segments
• C. Prominent U waves
• D. Bradycardia

Correct answer: A

Rationale: The correct answer is A: Flattened T waves on an ECG. Hypokalemia is characterized by flattened T waves on an ECG, which is an early indicator of low potassium levels. Elevated ST segments (Choice B) are associated with conditions like myocardial infarction, not hypokalemia. Prominent U waves (Choice C) are typically seen in hypokalemia, but flattened T waves are more specific. Bradycardia (Choice D) can be a manifestation of severe hypokalemia but is not as specific as flattened T waves on an ECG.

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