Nursing Elites

1. A 3-year-old child was adopted immediately after birth. The parents have just asked the nurse how they should tell the child that she is adopted. Which guideline concerning adoption should the nurse use in planning a response?

• A. It is best to wait until the child asks about it.
• B. The best time to tell the child is between the ages of 7 and 10 years.
• C. It is not necessary to tell a child who was adopted so young.
• D. Telling the child is an important aspect of their parental responsibilities.

Correct answer: D

Rationale: It is important to tell children about their adoption early, in an age-appropriate manner, as part of building trust and openness in the family relationship.

2. The nurse is caring for a child with Beta Thalassemia. Which child is in a group most at risk for Beta Thalassemia?

• A. A three-year-old girl of Mediterranean descent.
• B. A ten-year-old boy of Hispanic descent.
• C. A young girl of African descent.
• D. A baby of European descent.

Correct answer: A

Rationale: Corrected Rationale: Beta Thalassemia is most common in individuals of Mediterranean descent, such as those from Italy, Greece, and the Middle East. This genetic disorder affects hemoglobin production and can lead to severe anemia. Choice A is the correct answer as individuals of Mediterranean descent are at the highest risk for Beta Thalassemia. Choices B, C, and D are incorrect as they do not belong to the population group most at risk for this genetic disorder.

3. The parents of a 12-month-old child ask the nurse if the child can eat hot dogs as do their other children. The nurse’s reply should be based on what?

• A. The child is too young to digest hot dogs.
• B. The child is too young to eat hot dogs safely.
• C. Hot dogs must be sliced into sections to prevent aspiration.
• D. Hot dogs must be cut into small, irregular pieces to prevent aspiration.

Correct answer: D

Rationale: Cutting hot dogs into small, irregular pieces reduces the risk of aspiration, which is a significant choking hazard for young children.

4. Which factor is most likely to cause a "brittle" diabetic state in a child with type 1 diabetes?

• A. Noncompliance with diet
• B. Insulin resistance
• C. Frequent infections
• D. Hypothyroidism

Correct answer: C

Rationale: Frequent infections can destabilize blood sugar levels, leading to a "brittle" diabetic state in children with type 1 diabetes. Infections increase metabolic demands and can result in significant blood glucose fluctuations, requiring careful monitoring and adjustment of insulin therapy. Noncompliance with diet may affect blood sugar control but is not the primary cause of a "brittle" state. Insulin resistance is more common in type 2 diabetes rather than type 1. Hypothyroidism can impact metabolism but is not directly linked to the development of a "brittle" diabetic state in type 1 diabetes.

5. What is the most important intervention in the management of a child with sickle cell crisis?

• A. Administration of iron supplements
• B. Initiation of high-calorie diet
• C. Administration of pain relief
• D. Limiting fluid intake

Correct answer: C

Rationale: The most important intervention in managing a child with sickle cell crisis is the administration of pain relief. During a sickle cell crisis, severe pain is a prominent symptom due to vaso-occlusive episodes. Effective pain management, along with adequate hydration and oxygen therapy, is crucial in treating a sickle cell crisis and preventing further complications. Choice A, the administration of iron supplements, is not the priority during a sickle cell crisis. Iron supplements are typically used to manage anemia in individuals with sickle cell disease but are not the primary intervention during a crisis. Choice B, the initiation of a high-calorie diet, is not the most critical intervention during a sickle cell crisis. While proper nutrition is important in managing sickle cell disease, it is not the immediate priority during a crisis. Choice D, limiting fluid intake, is not recommended during a sickle cell crisis. Hydration is essential in managing sickle cell crisis to prevent complications like dehydration and further vaso-occlusive episodes.

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