Nursing Elites

1. 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.

2. A healthcare professional is monitoring a group of clients for increased risk of developing pneumonia. Which of the following clients should the healthcare professional NOT expect to be at risk?

• A. Client who has dysphagia
• B. Client who has AIDS
• C. Client who was vaccinated for pneumococcus and influenza 6 months ago
• D. Client who has a closed head injury and is receiving ventilation

Correct answer: C

Rationale: A client who was vaccinated for pneumococcus and influenza 6 months ago would have a reduced risk of developing pneumonia compared to those who have not been vaccinated. Vaccination helps protect individuals from specific pathogens, thereby lowering the risk of infection. Clients with dysphagia, AIDS, or a closed head injury and receiving ventilation are at higher risk for pneumonia due to compromised immunity, respiratory function, or protective airway reflexes, respectively.

3. A healthcare professional is assessing a client who has experienced a left-hemispheric stroke. Which of the following is an expected finding?

• A. Impulse control difficulty
• B. Poor judgement
• C. Inability to recognize familiar objects
• D. Loss of depth perception

Correct answer: C

Rationale: Patients who have experienced a left-hemispheric stroke may exhibit symptoms of agnosia, which is the inability to recognize familiar objects or people. This occurs due to damage to the right hemisphere of the brain, which is responsible for visual and spatial perception. Impulse control difficulty, poor judgment, and loss of depth perception are not typically associated with left-hemispheric strokes.

4. A healthcare professional is preparing to administer a dose of a new prescription of prednisone to a client who has COPD. The healthcare professional should not concentrate on which of the following adverse effects of this medication?

• A. Hypokalemia
• B. Tachycardia
• C. Fluid retention
• D. Black, tarry stools

Correct answer: B

Rationale: When administering prednisone, a corticosteroid medication, to a client with COPD, the healthcare professional should be aware of potential adverse effects. Tachycardia is not a common adverse effect of prednisone use. The correct adverse effects to monitor for include hypokalemia, fluid retention, and gastrointestinal issues like black, tarry stools due to potential gastrointestinal bleeding. Therefore, the healthcare professional should not concentrate on tachycardia but should focus on the other listed adverse effects when administering prednisone to a client with COPD.

5. Which technique in physical examination is used to assess the movement of air through the tracheobronchial tree?

• A. Palpation
• B. Auscultation
• C. Inspection
• D. Percussion

Correct answer: B

Rationale: The correct answer is B: Auscultation. Auscultation is a technique in physical examination used to assess the movement of air through the tracheobronchial tree. During auscultation, healthcare providers listen to lung sounds using a stethoscope to detect abnormalities such as wheezing, crackles, or diminished breath sounds, which can indicate conditions affecting the airways or lungs. Palpation (Choice A) involves feeling the body for abnormalities, Inspection (Choice C) involves visual examination, and Percussion (Choice D) involves tapping on the body to produce sounds that can help in assessing underlying structures, but they are not directly used to assess air movement through the tracheobronchial tree.

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