Nursing Elites

1. When teaching the guardian of a 12-year-old male client about manifestations of puberty, which of the following physical changes typically occurs first?

• A. Appearance of downy hair on the upper lip
• B. Hair growth in the axillae
• C. Enlargement of the testes and scrotum
• D. Deepening of the voice

Correct answer: C

Rationale: During puberty in males, the first physical change that typically occurs is the enlargement of the testes and scrotum. This change is due to increased production of testosterone, which stimulates growth and development of the genital organs. The appearance of downy hair on the upper lip (Choice A) and hair growth in the axillae (Choice B) usually follow the enlargement of the testes and scrotum. Deepening of the voice (Choice D) is a later stage change that occurs during puberty as the larynx (voice box) grows and the vocal cords lengthen and thicken.

2. What intervention can help prevent atelectasis and pneumonia in a client with amyotrophic lateral sclerosis?

• A. Active and passive range of motion exercises twice a day
• B. Every 4 hours incentive spirometer
• C. Chest physiotherapy twice a day
• D. Repositioning every 2 hours around the clock

Correct answer: C

Rationale: Chest physiotherapy is essential for clients with amyotrophic lateral sclerosis (ALS) to prevent atelectasis and pneumonia. Chest physiotherapy aids in clearing secretions, maintaining lung function, and preventing respiratory complications. Active and passive range of motion exercises (Choice A) are important for maintaining joint mobility but are not directly associated with preventing atelectasis and pneumonia in ALS. Incentive spirometer use every 4 hours (Choice B) is beneficial for lung expansion and preventing atelectasis but may not be as effective as chest physiotherapy in managing secretions. Repositioning every 2 hours (Choice D) is crucial for preventing pressure ulcers but is not directly related to preventing atelectasis and pneumonia in ALS.

3. The nurse is providing oral care to a patient. In which order will the nurse clean the oral cavity, starting with the first area?

• A. Roof of mouth, gums, and inside cheeks
• B. Chewing and inner tooth surfaces
• C. Outer tooth surfaces
• D. Tongue

Correct answer: C

Rationale: The correct sequence for oral care is to clean the outer tooth surfaces first, followed by cleaning the inner tooth surfaces, then the roof of the mouth, gums, and inside cheeks with a toothette. Brushing the tongue should be the final step in the oral care procedure. Therefore, option C is the correct choice. Options A, B, and D are incorrect because they do not follow the correct order for providing oral care to a patient.

4. After repositioning a client who reports shortness of breath, which of the following actions should the nurse take next?

• A. Observe the rate, depth, and character of the client's respirations.
• B. Take the client’s blood pressure.
• C. Assess the client's pulse.
• D. Offer supplemental oxygen.

Correct answer: A

Rationale: Observing the rate, depth, and character of the client's respirations is crucial after repositioning a client experiencing shortness of breath. This action provides immediate information about the client's respiratory status. Checking blood pressure (Choice B) is not the priority in this situation, as assessing respirations is more urgent. Assessing the pulse (Choice C) is also important but does not provide direct information about the client's respiratory status. Offering supplemental oxygen (Choice D) may be necessary based on the assessment of respirations, but it should not be the first action taken without assessing the client's breathing pattern.

5. When reviewing EBP about the administration of O2 therapy, what is the recommended maximum flow rate for regulating O2 via nasal cannula?

• A. Regulate O2 via nasal cannula no more than 6L
• B. Regulate O2 via nasal cannula no more than 2L
• C. Regulate O2 via nasal cannula no more than 4L
• D. Regulate O2 via nasal cannula no more than 8L

Correct answer: A

Rationale: The correct answer is to regulate O2 via nasal cannula no more than 6L. This flow rate is generally recommended to ensure adequate oxygen delivery without causing discomfort or potential harm to the patient. Choices B, C, and D are incorrect as they suggest flow rates that are either too low (2L, 4L) or too high (8L). A flow rate of 2L might not provide sufficient oxygen, while 4L could be inadequate for some patients. On the other hand, a flow rate of 8L could be excessive and potentially harmful, leading to complications like oxygen toxicity. Therefore, the optimal recommendation is to regulate O2 via nasal cannula at a maximum of 6L to balance effectiveness and safety.

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