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1. Which additional congenital malformation is expected in 80% of infants with a myelomeningocele?
- A. Cerebral palsy
- B. Hydrocephalus
- C. Meningitis
- D. Neuroblastoma
Correct answer: B
Rationale: Hydrocephalus is the additional congenital malformation expected in 80% of infants with a myelomeningocele. Myelomeningocele is commonly associated with hydrocephalus due to the abnormal accumulation of cerebrospinal fluid in the brain. Cerebral palsy (Choice A) is a motor disorder but not typically associated with myelomeningocele. Meningitis (Choice C) is an infection of the meninges and is not a congenital malformation. Neuroblastoma (Choice D) is a type of cancer that originates in immature nerve cells and is not a typical association with myelomeningocele.
2. An adult client is admitted with AIDS and oral candidiasis manifested by several painful mouth ulcers. The nurse delegates oral care to the unlicensed assistive personnel (UAP) and discusses how to assist the client. Which instruction should the nurse provide the UAP?
- A. Assist with personal care, but leave oral care for the nurse to complete.
- B. Provide a soft bristle brush for the client to use during oral care.
- C. Use alcohol-based mouthwash to clean the ulcers.
- D. Apply an antifungal cream to the mouth ulcers.
Correct answer: B
Rationale: The correct answer is B: 'Provide a soft bristle brush for the client to use during oral care.' Providing a soft bristle brush helps reduce trauma to the oral mucosa and assists in oral care. Choice A is incorrect because oral care can be safely delegated to UAPs. Choice C is wrong as alcohol-based mouthwash can further irritate the ulcers. Choice D is incorrect as applying an antifungal cream directly to the mouth ulcers is not the standard treatment for oral candidiasis.
3. A client admitted with left-sided heart failure has a heart rate of 110 beats per minute and is becoming increasingly dyspneic. Which additional assessment finding by the nurse supports the client’s admitting diagnosis?
- A. Jugular vein distention.
- B. Crackles in the lung bases.
- C. Peripheral edema.
- D. Bounding peripheral pulses.
Correct answer: B
Rationale: The correct answer is B: Crackles in the lung bases. Crackles in the lung bases are indicative of pulmonary congestion, which is a classic sign of left-sided heart failure. Left-sided heart failure leads to a backup of blood into the lungs, causing fluid leakage into the alveoli and resulting in crackles upon auscultation. Choices A, C, and D are less specific to left-sided heart failure. Jugular vein distention can be seen in right-sided heart failure, peripheral edema can be seen in both right and left-sided heart failure, and bounding peripheral pulses are more indicative of conditions like hyperthyroidism or anemia rather than specifically supporting left-sided heart failure.
4. Parents of a 6-month-old child, who has just been diagnosed with iron deficiency anemia, ask why it was not diagnosed earlier. What would be the best response by the nurse?
- A. Are you sure your child has iron deficiency anemia?
- B. This happens when the maternal stores of iron are depleted at about 6 months.
- C. This anemia is caused by blood loss.
- D. The child may not have had it for a long time.
Correct answer: B
Rationale: The best response by the nurse would be choice B: 'This happens when the maternal stores of iron are depleted at about 6 months.' Iron deficiency anemia becomes apparent at about 6 months of age in a full-term infant when the maternal stores of iron are depleted. Choice A is incorrect because it questions the diagnosis provided by the healthcare provider. Choice C is incorrect because iron deficiency anemia in infants is primarily due to insufficient iron intake rather than blood loss. Choice D is incorrect as iron deficiency anemia typically develops gradually due to inadequate iron intake.
5. A client is currently receiving an infusion labeled as 5% dextrose injection 500 ml with heparin sodium 25,000 units at 14 mL/hour per pump. A prescription is received to change the rate of the infusion to heparin 1,000 units/hour. How many ml/hour should the nurse program the infusion pump?
- A. 16 ml/hour.
- B. 18 ml/hour.
- C. 20 ml/hour.
- D. 22 ml/hour.
Correct answer: C
Rationale: To deliver 1,000 units/hour from a solution with 25,000 units in 500 ml, the rate should be set to 20 ml/hour. This is calculated by determining that the solution has 50 units/ml (25,000 units / 500 ml = 50 units/ml) and then dividing the required 1,000 units/hour by 50 units/ml, resulting in 20 ml/hour. Therefore, the nurse should program the infusion pump to deliver heparin at 20 ml/hour. Choices A, B, and D are incorrect as they do not align with the calculated rate of 20 ml/hour.
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