Nursing Elites

1. When providing mouth care to an unconscious client, what is the best position for the client?

• A. Fowler’s position
• B. Side-lying
• C. Supine
• D. Trendelenburg

Correct answer: B

Rationale: The best position for an unconscious client when providing mouth care is the side-lying position. This position helps prevent aspiration by allowing fluids to drain out of the mouth easily, reducing the risk of choking or aspiration pneumonia. Placing the client in a side-lying position also promotes comfort and safety during the procedure. The other options are not ideal for mouth care in an unconscious client: Fowler’s position may increase the risk of aspiration, the supine position can lead to aspiration as well, and Trendelenburg position is not recommended due to potential adverse effects on blood circulation and increased intracranial pressure.

2. Studies have shown that about 40% of patients fall out of bed despite the use of side rails; this has led to which of the following conclusions?

• A. Side rails are ineffective
• B. Side rails should not be used
• C. Side rails are a deterrent that prevents a patient from falling out of bed
• D. Side rails are a reminder to a patient not to get out of bed

Correct answer: D

Rationale: The correct conclusion drawn from the study is that side rails serve as a reminder to the patient not to get out of bed rather than being a fail-proof preventive measure against falls. While they may not entirely prevent falls, they play a role in prompting the patient to be cautious when moving.

3. When assessing a client with sinusitis, which technique should the nurse use to identify manifestations of this disorder?

• A. Percussion of the frontal sinuses
• B. Auscultation of the trachea
• C. Inspection of the nasal mucosa
• D. Palpation of the orbital areas

Correct answer: D

Rationale: Sinusitis is an inflammation of the sinus cavities, which can cause tenderness and pain around the eyes (orbital areas). Palpation of the orbital areas can help identify tenderness and swelling associated with sinusitis. Auscultation of the trachea and percussion of the frontal sinuses are not relevant assessment techniques for sinusitis. Inspection of the nasal mucosa may reveal signs of inflammation, but palpation of the orbital areas is a more direct method to assess for tenderness and swelling in this specific condition.

4. When preparing an in-service on malpractice issues in nursing, which of the following examples should the nurse include in the teaching?

• A. Leaving a nasogastric tube clamped after administering oral medication
• B. Documenting communication with a provider in the progress notes of the client's medical record
• C. Administering potassium via IV bolus
• D. Placing a yellow bracelet on a client who is at risk for falls

Correct answer: C

Rationale: Administering potassium via IV bolus is a high-risk procedure that requires careful attention and adherence to established protocols to prevent serious complications like cardiac arrest. Errors in administering IV medications, especially potent ones like potassium, can lead to severe harm to the patient and potential legal consequences for the healthcare provider. Therefore, including this example in the in-service on malpractice issues helps emphasize the importance of safe medication administration practices and the potential implications of errors.

5. Why is a precise amount of oxygen necessary for a patient with COPD to prevent which complication?

• A. Cardiac arrest related to increased partial pressure of carbon dioxide in arterial blood (PaCO2)
• B. Circulatory overload due to hypervolemia
• C. Respiratory excitement
• D. Inhibition of the respiratory hypoxic stimulus

Correct answer: D

Rationale: In patients with COPD, the respiratory drive is often stimulated by low oxygen levels. Administering too much oxygen can inhibit this hypoxic drive, leading to respiratory depression and potential respiratory failure. Therefore, it is crucial to carefully regulate the oxygen therapy to prevent the inhibition of the respiratory hypoxic stimulus in COPD patients.

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