Nursing Elites

1. A nurse is planning task assignments for the day. Which assignment is the least appropriate for the nursing assistant?

• A. Assisting a client with dysphagia in eating
• B. Ambulating a client with Parkinson's disease
• C. Providing hygiene to a client with dementia
• D. Assisting a client with an above-the-knee amputation in showering

Correct answer: A

Rationale: The least appropriate assignment for a nursing assistant would be assisting a client with dysphagia in eating. This task requires specialized skills and knowledge to prevent complications such as choking and aspiration. Ambulating a client with Parkinson's disease, providing hygiene to a client with dementia, and assisting a client with an above-the-knee amputation in showering are tasks that a nursing assistant can safely perform without significant risk of complications. Assisting a client with dysphagia in eating involves higher risks and requires specific training, making it the least appropriate choice for a nursing assistant.

2. Which of the following is an indication for electroencephalography?

• A. paralysis
• B. neuropathy
• C. seizure disorder
• D. myocardial infarction

Correct answer: C

Rationale: The correct answer is C: 'seizure disorder.' Electroencephalography is used to assess clients with seizure disorders by recording the brain's electrical activity. Seizure disorder is a primary indication for an EEG as it helps in diagnosing and managing seizure activity. Paralysis (choice A) is not typically an indication for an EEG as it relates to loss of muscle function rather than brain activity. Neuropathy (choice B) involves nerve damage and is not directly assessed by an EEG. Myocardial infarction (choice D) is related to heart issues and is not a condition that an EEG is used to diagnose.

3. The client has a new prosthetic hip, and the nurse is repositioning them. Which position should be avoided to prevent injury to the new prosthetic hip?

• A. abduction of the hip
• B. adduction of the hip
• C. flexing the hip at 80° flexion
• D. flexing the hip at 90°

Correct answer: B

Rationale: The correct answer is 'adduction of the hip.' When a client has a new prosthetic hip, adduction (movement of the leg toward the midline of the body) should be avoided to prevent injury to the new prosthetic hip. Abduction (movement of the leg away from the midline) is typically allowed and may even be encouraged. Flexing the hip at certain degrees is acceptable, but adduction should be avoided to prevent complications or dislocation of the prosthetic hip. Therefore, options A, C, and D are incorrect because they do not pose a direct risk to the new prosthetic hip compared to adduction.

4. What instruction should a client who is about to undergo pelvic ultrasonography be given by a healthcare provider?

• A. "Urinate prior to the test."?
• B. "Have someone drive you home."?
• C. "Do not drink after midnight."?
• D. "Drink plenty of water."?

Correct answer: D

Rationale: The correct instruction for a client about to undergo pelvic ultrasonography is to 'Drink plenty of water.' A full bladder is required to serve as a landmark to define pelvic organs during the procedure. It is important to ensure the bladder is adequately filled. 'Urinate prior to the test' (Choice A) would not be appropriate as a full bladder is needed for better visualization. 'Have someone drive you home' (Choice B) is unnecessary as no sedation is given during the procedure, so the client can drive home on their own. 'Do not drink after midnight' (Choice C) is unrelated and not necessary for a pelvic ultrasonography examination.

5. What is the most likely reason for a hospitalized adult client who routinely works from midnight until 8 a.m. to have a temperature of 99.1°F at 4 a.m.?

• A. delta sleep
• B. slow brain waves
• C. pneumonia
• D. circadian rhythm

Correct answer: D

Rationale: The correct answer is 'circadian rhythm.' Circadian rhythms are biological cycles that last about 24 hours. The sleep-wake cycle is closely tied to circadian rhythms, affecting body temperature. Normally, core body temperature drops during sleep, reaching its 24-hour low around 4 a.m. In this case, the client's temperature of 99.1°F at 4 a.m. is likely due to the disruption of their circadian rhythm caused by working from midnight until 8 a.m. Choices A, B, and C are incorrect because delta sleep, slow brain waves, and pneumonia do not directly explain the temperature fluctuation based on circadian rhythm.

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