Nursing Elites

1. The healthcare provider is caring for a postoperative client who has a chest tube connected to suction and a water seal drainage system. Which of the following indicates to the healthcare provider that the chest tube is functioning properly?

• A. Fluctuation of the fluid level within the water seal chamber
• B. Absence of fluid in the drainage tubing
• C. Continuous bubbling within the water seal chamber
• D. Equal amounts of fluid drainage in each collection chamber

Correct answer: A

Rationale: Fluctuation of the fluid level within the water seal chamber indicates proper functioning of the chest tube. This fluctuation reflects the normal ebb and flow of air and fluid in the pleural space, demonstrating that the system is maintaining the appropriate pressure. Continuous bubbling in the water seal chamber may indicate an air leak, absence of fluid in the drainage tubing suggests a blockage, and equal amounts of fluid drainage in each collection chamber are not expected in this system.

2. How can a nurse manager best improve hand-off communication among the staff? (SATA)

• A. Attending hand-off rounds to coach and mentor.
• B. Conducting audits of staff using a new template.
• C. Creating a template of topics to include in the report.
• D. Utilizing the SHARE model as a tool for standardizing hand-off reports and other critical communication.

Correct answer: D

Rationale: The SHARE model is a valuable tool for standardizing hand-off reports and other critical communication. By utilizing this model, the nurse manager can ensure consistency and clarity in hand-off communication among the staff. While attending hand-off rounds to coach and mentor, conducting audits using a new template, and creating a template of topics to include in the report can all be beneficial actions, the most effective approach to achieve the goal of improving hand-off communication is by implementing a standardized tool like the SHARE model.

3. A client with asthma is assessed by a nurse and presents with bilateral wheezing, decreased pulse oxygen saturation, and suprasternal retraction on inhalation. Which actions should the nurse take? (Select all that apply)

• A. Administer prescribed albuterol (Ventolin) inhaler.
• B. Assess the client for tracheal deviation.
• C. Administer oxygen to maintain saturations greater than 94%.
• D. Perform peak expiratory flow measurements.

Correct answer: C

Rationale: Suprasternal retraction during inhalation indicates the use of accessory muscles and difficulty in moving air due to airway narrowing, supported by bilateral wheezing and decreased pulse oxygen saturation. This client needs immediate intervention as their asthma is not responding to the medication. Administering oxygen to maintain saturations above 94% is crucial to ensure adequate oxygenation. While administering a rescue inhaler could also be necessary, oxygen therapy takes priority in this situation.

4. During an acute asthma attack in a client with asthma, what medication should the nurse administer first?

• A. Oral corticosteroids
• B. Short-acting beta agonist
• C. Leukotriene receptor antagonist
• D. Long-acting beta agonist

Correct answer: B

Rationale: During an acute asthma attack, the priority is to quickly relieve bronchospasm and improve breathing. Short-acting beta agonists, like albuterol, are the first-line medications as they rapidly relax bronchial muscles, providing immediate relief. Oral corticosteroids are used as adjunct therapy to reduce airway inflammation over time, while leukotriene receptor antagonists and long-acting beta agonists are not appropriate for immediate relief during an acute attack.

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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