Nursing Elites

1. While assessing a client with pulmonary tuberculosis, which of the following findings should the nurse expect?

• A. Lethargy
• B. High-grade fever
• C. Weight gain
• D. Dry cough

Correct answer: A

Rationale: When assessing a client with pulmonary tuberculosis, the nurse should expect lethargy as a common finding. Tuberculosis can cause fatigue and weakness due to the body's efforts to fight the infection. High-grade fever is another common symptom of tuberculosis, not weight gain or dry cough. Weight loss is more typical in tuberculosis due to decreased appetite and systemic effects of the infection. A persistent productive cough with sputum is more characteristic of tuberculosis rather than a dry cough.

2. A healthcare provider collaborates with a respiratory therapist to complete pulmonary function tests (PFTs) for a client. Which statements should the healthcare provider include in communications with the respiratory therapist prior to the tests? (Select ONE that does not apply)

• A. I ensured the client did not use bronchodilator medication within the specified timeframe.
• B. The client is prepared to undergo the examination in radiology.
• C. Physical therapy has approved the client for treadmill exercise.
• D. I instructed the client not to smoke for the required duration before the test.

Correct answer: C

Rationale: For accurate pulmonary function tests (PFTs), it is essential to communicate that the client did not use bronchodilators within the specified timeframe, did not smoke for the required duration before the test, and can comply with different breathing maneuvers. The use of a treadmill is not part of the PFT procedure and is unrelated to the testing process. Therefore, communicating about the client's ability to run on a treadmill is not relevant to the pulmonary function tests being conducted by the respiratory therapist.

3. A healthcare professional is assessing a client with rheumatoid arthritis. Which assessment finding is most characteristic of this disease?

• A. Asymmetrical joint involvement
• B. Heberden's nodes
• C. Morning stiffness lasting more than 30 minutes
• D. Pain that worsens with activity

Correct answer: C

Rationale: Morning stiffness lasting more than 30 minutes is a hallmark symptom of rheumatoid arthritis. This prolonged morning stiffness is typically a distinguishing feature of rheumatoid arthritis compared to other types of arthritis, making it the most characteristic assessment finding for this disease.

4. A client is wearing a Venturi mask to receive oxygen, and the dinner tray has arrived. What action by the nurse is best?

• A. Assess the client's oxygen saturation and, if normal, turn off the oxygen.
• B. Determine if the client can switch to a nasal cannula during the meal.
• C. Have the client lift the mask off the face when taking bites of food.
• D. Turn off the oxygen while the client eats the meal and then restart it.

Correct answer: B

Rationale: In this scenario, the nurse should determine if the client can safely switch to a nasal cannula during meals. It is crucial to ensure that the provider has approved this change. Oxygen is considered a medication and should be delivered continuously. Turning off the oxygen or lifting the mask while eating can lead to a decrease in the FiO2 delivered, potentially compromising the client's oxygenation status. Therefore, the best course of action is to ascertain if transitioning to a nasal cannula is appropriate for the client during the meal.

5. A client is postoperative with shallow respirations at 9/min. Which acid-base imbalance should the nurse identify the client as being at risk for developing initially?

• A. Respiratory acidosis
• B. Respiratory alkalosis
• C. Metabolic acidosis
• D. Metabolic alkalosis

Correct answer: A

Rationale: The client's shallow respirations at 9/min indicate hypoventilation, leading to an accumulation of carbon dioxide in the blood, causing respiratory acidosis. In this scenario, the client is at risk for developing respiratory acidosis due to inadequate ventilation and subsequent CO2 retention.

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