Nursing Elites

1. During an oral cavity assessment of a 6-month-old infant, the parent inquires about which teeth will erupt first. How should the healthcare provider respond?

• A. Incisors
• B. Canines
• C. Upper molars
• D. Lower molars

Correct answer: A

Rationale: Incisors are the teeth that typically erupt first in infants, usually around 6 months of age. These teeth play a crucial role in biting and cutting food. Canines, upper molars, and lower molars are not the primary teeth to erupt in infants. Canines usually erupt after incisors, while molars, whether upper or lower, come in later during the teething process.

2. During the health assessment of a school-age child, on which problem would the nurse focus more attention based on the child's developmental level?

• A. Infections
• B. Poisonings
• C. Risk-taking behaviors
• D. Accidents and injuries

Correct answer: D

Rationale: During the school-age years, children are more physically active and curious, which increases their risk of accidents and injuries. This developmental stage is characterized by increased exploration and engagement in physical activities. While infections and poisonings are important health concerns, school-age children are more likely to be affected by accidents and injuries due to their active nature. Risk-taking behaviors may become more prevalent in adolescence rather than during the school-age period, making it a less likely focus for the nurse during the health assessment of a school-age child.

3. A child with a diagnosis of nephrotic syndrome is being discharged. What dietary instructions should the nurse provide?

• A. Encourage a high-protein diet
• B. Avoid foods high in salt
• C. Encourage a low-sodium diet
• D. Encourage a low-protein diet

Correct answer: B

Rationale: For a child with nephrotic syndrome, it is crucial to avoid foods high in salt to manage symptoms and prevent complications. Excessive salt intake can lead to fluid retention and exacerbate edema, which are common issues in nephrotic syndrome. Encouraging a high-protein diet (Choice A) may put additional strain on the kidneys and worsen the condition. While protein restriction is sometimes needed, it is not the primary dietary concern in nephrotic syndrome. Similarly, a low-protein diet (Choice D) is not typically recommended as it may lead to malnutrition in children. Although a low-sodium diet (Choice C) may sound similar to avoiding foods high in salt, the emphasis should be on reducing salt intake specifically, rather than a generalized low-sodium approach.

4. A child with a diagnosis of leukemia is admitted to the hospital with a fever. What is the priority nursing intervention?

• A. Administering antibiotics
• B. Administering antipyretics
• C. Providing nutritional support
• D. Monitoring for signs of infection

Correct answer: D

Rationale: The priority nursing intervention for a child with leukemia admitted to the hospital with a fever is to monitor for signs of infection. Children with leukemia are immunocompromised, making them more susceptible to infections. Monitoring for signs of infection helps in early detection and timely intervention, which is crucial in preventing complications. Administering antibiotics (choice A) may be necessary if an infection is suspected or confirmed, but the priority is to assess for signs of infection first. Administering antipyretics (choice B) may help reduce fever, but it does not address the underlying cause, which could be an infection. Providing nutritional support (choice C) is important for overall health but is not the priority when a child with leukemia presents with a fever, as infection needs to be ruled out or managed first.

5. A healthcare professional is reviewing the laboratory report of a child with tetralogy of Fallot that indicates an elevated RBC count. What does the professional identify as the cause of the polycythemia?

• A. Low tissue oxygen needs
• B. Tissue oxygen needs
• C. Diminished iron level
• D. Hypertrophic cardiac muscle

Correct answer: B

Rationale: The correct answer is B: Tissue oxygen needs. Polycythemia occurs as the body's response to chronic hypoxia by increasing RBC production to enhance oxygen delivery. In tetralogy of Fallot, a congenital heart defect, the heart's structure causes reduced oxygen levels in the blood. This chronic hypoxia stimulates the bone marrow to produce more red blood cells, leading to an elevated RBC count. Choice A is incorrect as low blood pressure is not directly related to polycythemia in this context. Choice C, diminished iron level, is not the cause of polycythemia in tetralogy of Fallot. Choice D, hypertrophic cardiac muscle, is not the primary cause of the elevated RBC count in this case.

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