Nursing Elites

1. A parent asks a nurse about his infant's expected physical development during the first year of life. Which of the following information should the nurse include?

• A. A 10-month-old infant can pull up to a standing position.
• B. A 6-month-old infant can walk with assistance.
• C. A 12-month-old infant can jump with both feet.
• D. An 8-month-old infant can crawl on hands and knees.

Correct answer: A

Rationale: The correct answer is A. By 10 months, infants can typically pull up to a standing position as part of their physical development. Walking with assistance usually begins around 9-12 months, not at 6 months (choice B). Jumping with both feet is a skill that usually develops around 24 months, not at 12 months (choice C). Crawling on hands and knees typically starts around 6-9 months, not at 8 months (choice D). Therefore, the most accurate information to include for an infant's expected physical development at 10 months is the ability to pull up to a standing position.

2. The caregiver is teaching parents about accidental poisoning in children. Which point should be emphasized?

• A. Call the Poison Control Center as soon as the situation is identified
• B. Empty the child's mouth in any case of possible poisoning
• C. Have the child move minimally if a toxic substance was inhaled
• D. Do not induce vomiting if the poison is a hydrocarbon

Correct answer: B

Rationale: The correct answer is to emphasize emptying the child's mouth in any case of possible poisoning. This action is crucial to prevent further ingestion of the poisonous substance. Choice A is incorrect because calling the Poison Control Center should be one of the first steps, not waiting until the situation is identified. Choice C is incorrect as moving the child may spread or exacerbate the effects of the toxic substance. Choice D is incorrect because inducing vomiting can be harmful if the poison is a hydrocarbon, as it may lead to aspiration.

3. Why should a client with an ileal conduit be instructed to empty the collection device frequently?

• A. Force urine to back up into the kidneys.
• B. Suppress production of urine.
• C. Cause the device to pull away from the skin.
• D. Tear the ileal conduit

Correct answer: C

Rationale: A full urine collection bag can cause the device to pull away from the skin, leading to potential leakage and skin irritation. Choice A is incorrect because a full urine collection bag does not force urine to back up into the kidneys. Choice B is incorrect as a full collection bag does not suppress the production of urine. Choice D is incorrect as a full collection bag is unlikely to tear the ileal conduit.

4. When should discharge planning for a patient admitted to the neurological unit with a diagnosis of stroke begin?

• A. At the time of admission
• B. The day before the patient is to be discharged
• C. When outpatient therapy is no longer needed
• D. As soon as the patient's discharge destination is known

Correct answer: A

Rationale: Discharge planning for a patient admitted to the neurological unit with a stroke diagnosis should begin at the time of admission. Initiating discharge planning early allows for a comprehensive assessment of the patient's needs, enables better coordination of care, and ensures a smooth transition from the hospital to the next level of care. Option B is incorrect because waiting until the day before discharge does not provide enough time for adequate planning. Option C is incorrect because waiting until outpatient therapy is no longer needed delays the planning process. Option D is incorrect because waiting until the discharge destination is known may result in rushed planning and inadequate preparation for the patient's needs.

5. Postoperative client with fluid volume deficit. Which change indicates successful treatment?

• A. Decrease in heart rate
• B. Increase in blood pressure
• C. Decrease in respiratory rate
• D. Increase in urine output

Correct answer: A

Rationale: A decrease in heart rate can indicate improved fluid balance and successful treatment of fluid volume deficit. When a client is experiencing fluid volume deficit, the heart rate typically increases as a compensatory mechanism to maintain cardiac output. As fluid volume is restored and the deficit is corrected, the heart rate should decrease back towards a normal range. Choices B, C, and D are less likely to be directly related to the successful treatment of fluid volume deficit. An increase in blood pressure may occur as a compensatory response to fluid volume deficit; a decrease in respiratory rate is not a typical indicator of fluid volume deficit correction; and an increase in urine output can be a sign of improved kidney function but may not directly reflect fluid volume status.

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