Nursing Elites

1. After auscultating a client's breath sounds, the nurse is providing care. Which finding is correctly matched to the nurse's primary intervention?

• A. Hollow sounds are heard over the trachea. The nurse increases the oxygen flow rate.
• B. Crackles are heard in bases. The nurse encourages the client to cough forcefully.
• C. Wheezes are heard in central areas. The nurse administers an inhaled bronchodilator.
• D. Vesicular sounds are heard over the periphery. The nurse has the client breathe deeply.

Correct answer: C

Rationale: Wheezes are indicative of narrowed airways, and bronchodilators help to open the air passages, making option C the correct match. Wheezes are typically heard in the central or peripheral lung areas and are associated with conditions like asthma or COPD. Inhaled bronchodilators work by dilating the bronchioles, which helps alleviate wheezing and improve airflow. Therefore, administering an inhaled bronchodilator is the appropriate intervention in response to wheezes.

2. A client with tuberculosis is starting combination drug therapy. Which of the following medications should the nurse NOT plan to administer?

• A. Rifampin
• B. Isoniazid
• C. Acyclovir
• D. Pyrazinamide

Correct answer: C

Rationale: Acyclovir is an antiviral medication used to treat herpes virus infections, not tuberculosis. Rifampin, Isoniazid, and Pyrazinamide are all commonly used in the treatment of tuberculosis. Therefore, the nurse should not plan to administer Acyclovir to a client with tuberculosis.

3. After a thoracentesis, a healthcare provider assesses a client. Which assessment finding warrants immediate action?

• A. The client rates pain as 5/10 at the site of the procedure.
• B. A small amount of drainage is noted from the site.
• C. Pulse oximetry reads 93% on 2 liters of oxygen.
• D. The trachea is deviated toward the opposite side of the neck.

Correct answer: D

Rationale: A deviated trachea indicates a tension pneumothorax, a life-threatening emergency. This condition can rapidly lead to respiratory failure and requires immediate intervention. The other assessment findings, such as pain level, mild drainage, and slightly decreased oxygen saturation, are within an expected range after a thoracentesis and do not indicate an immediate threat to the client's life.

4. While caring for a client who was injured in a motor-vehicle crash and reports dyspnea and severe pain, a nurse in the emergency department notes that the client's chest moves inward during inspiration and bulges out during expiration. The nurse should identify this finding as which of the following?

• A. Atelectasis
• B. Flail chest
• C. Hemothorax
• D. Pneumothorax

Correct answer: B

Rationale: Flail chest is characterized by paradoxical chest movement, where the chest moves inward during inspiration and bulges out during expiration. This occurs due to multiple rib fractures causing a segment of the chest wall to move independently from the rest of the thorax. Atelectasis refers to collapsed lung tissue, hemothorax is blood in the pleural space, and pneumothorax is air in the pleural space. In this scenario, the client's presentation aligns with the characteristic findings of flail chest.

5. A post-anesthesia care unit nurse is caring for a client who is postoperative following a thoracotomy and lobectomy. Which of the following postoperative assessments should the nurse give the highest priority to?

• A. Arterial blood gases
• B. Urinary output
• C. Chest tube drainage
• D. Pain level

Correct answer: A

Rationale: Arterial blood gases are crucial to assess postoperatively in a client who has undergone thoracotomy and lobectomy to monitor oxygenation and ventilation status. Changes in arterial blood gases can indicate respiratory complications or inadequate gas exchange, which are critical issues that need prompt intervention to prevent further complications. While urinary output, chest tube drainage, and pain level are important assessments, monitoring arterial blood gases takes precedence in this specific postoperative scenario to ensure optimal respiratory function and overall patient well-being.

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