Nursing Elites

1. Why should a nurse plan an evening snack for a child receiving Novolin N insulin?

• A. To encourage the child to adhere to the diet.
• B. To provide energy for immediate use.
• C. To help the child gain weight with extra calories.
• D. To counteract late insulin activity with nourishment.

Correct answer: D

Rationale: The correct answer is D. Novolin N insulin peaks in the evening, which can lead to hypoglycemia during the night. Providing an evening snack helps to counteract the late insulin activity and prevent hypoglycemia. Choice A is incorrect because the primary reason for the evening snack is not to encourage adherence to the diet. Choice B is incorrect as the snack is not primarily for immediate energy use. Choice C is incorrect as the goal of the snack is not to help the child gain weight but to manage blood sugar levels.

2. A 7-year-old child has an altered mental status, high fever, and a generalized rash. You perform your assessment and initiate oxygen therapy. En route to the hospital, you should be most alert for

• A. vomiting
• B. seizures
• C. combativeness
• D. respiratory distress

Correct answer: B

Rationale: Seizures are a common complication in children with high fever and altered mental status, indicating a risk of febrile seizures. While vomiting can occur with altered mental status, seizures are of higher concern due to the association with febrile illnesses in children. Combativeness may be a concern in some altered mental status cases but is not as common as seizures. Respiratory distress, although important, is not the primary concern in this scenario given the symptoms presented.

3. A healthcare provider is assessing a child with suspected Kawasaki disease. What clinical manifestation is the healthcare provider likely to observe?

• A. Generalized rash
• B. Peeling skin on the hands and feet
• C. High fever
• D. Low-grade fever

Correct answer: B

Rationale: Peeling skin on the hands and feet is a characteristic clinical manifestation of Kawasaki disease, known as desquamation. This occurs during the convalescent phase of the illness. While Kawasaki disease is associated with a high fever, which is a common early sign, and can also present with other symptoms like conjunctivitis, mucous membrane changes, and lymphadenopathy, the peeling skin on the hands and feet is a classic feature that distinguishes Kawasaki disease from other conditions. Generalized rash is not a specific hallmark of Kawasaki disease, and low-grade fever is not typically associated with this condition. Therefore, the correct answer is B, peeling skin on the hands and feet, which is a key feature of Kawasaki disease.

4. A group of students is reviewing information about the various types of insulin used to treat type 1 diabetes. The students demonstrate understanding of the information when they identify which of these insulins as having the longest duration?

• A. Lispro
• B. Regular
• C. NPH
• D. Glargine

Correct answer: D

Rationale: The correct answer is Glargine (Lantus) as it has the longest duration of action among the insulins listed, lasting 12 to 24 hours. Lispro (A) and Regular (B) are rapid-acting insulins with shorter durations of action. NPH (C) is an intermediate-acting insulin with a duration of action of about 12-16 hours. Therefore, Glargine is the correct choice for the insulin with the longest duration.

5. You are called to a residence for a 'sick' 5-year-old child. When you arrive and begin your assessment, you note that the child is unconscious with a respiratory rate of 8 breaths/min and a heart rate of 50 beats/min. Management of this child should consist of

• A. 100% oxygen via a non-rebreathing mask and rapid transport
• B. positive pressure ventilations with a BVM device and rapid transport
• C. chest compressions, artificial ventilations, and rapid transport
• D. back blows and chest thrusts while attempting artificial ventilations

Correct answer: C

Rationale: In a 5-year-old child who is unconscious with a respiratory rate of 8 breaths/min and a heart rate of 50 beats/min, the priority is to initiate chest compressions, artificial ventilations, and rapid transport. These vital interventions are crucial in cases of severe respiratory and cardiovascular compromise. Choice A is incorrect because administering 100% oxygen alone may not address the underlying issues of inadequate ventilation and circulatory support. Choice B is not the most appropriate initial intervention in this scenario; chest compressions should precede positive pressure ventilations. Choice D is incorrect as back blows and chest thrusts are indicated in choking emergencies, not in this case of respiratory and cardiovascular compromise.

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