Nursing Elites

1. When assessing a 5-year-old boy with major trauma, his blood pressure is 70/40 mm Hg, and his pulse rate is 140 beats/min and weak. The child's blood pressure:

• A. indicates decompensated shock.
• B. reflects adequate compensation.
• C. suggests increased intracranial pressure.
• D. is appropriate based on his age.

Correct answer: A

Rationale: In a 5-year-old boy with major trauma, a blood pressure of 70/40 mm Hg and a pulse rate of 140 beats/min, and weak, indicate decompensated shock. This presentation signifies inadequate perfusion, leading to compensatory mechanisms being overwhelmed, resulting in decompensated shock. Choice B is incorrect as the vital signs suggest the body is unable to adequately compensate for the trauma. Choice C is incorrect as the vital signs are more indicative of shock rather than increased intracranial pressure. Choice D is incorrect as such low blood pressure is not appropriate for a child of this age and indicates a critical condition.

2. What is the MOST appropriate method for assessing a small child's level of responsiveness?

• A. Palpate for a radial pulse.
• B. Shout at the child to see if they respond.
• C. Ask the parent about the child's level of responsiveness.
• D. Tap the child and shout, 'Are you okay?'

Correct answer: D

Rationale: When assessing a small child's level of responsiveness, the most appropriate method is to tap the child and shout, 'Are you okay?' This approach is more likely to elicit a response from the child, providing a direct assessment of their level of consciousness and responsiveness. Palpating for a radial pulse (Choice A) is not the most direct method for assessing responsiveness in a child. Shouting at the child (Choice B) may startle them and not provide an accurate assessment. Asking the parent (Choice C) does not directly evaluate the child's responsiveness.

3. Which of the following statements regarding SIDS is correct?

• A. SIDS can occur in premature infants.
• B. It is most commonly a result of child abuse.
• C. Death usually occurs during sleep.
• D. SIDS can be prevented by placing the baby on its back to sleep.

Correct answer: C

Rationale: The correct statement regarding SIDS is that death usually occurs during sleep. Sudden Infant Death Syndrome (SIDS) is the unexpected death of a seemingly healthy infant, typically occurring during sleep. The exact cause of SIDS is not fully understood. While placing the baby on its back to sleep is a recommended preventive measure to reduce the risk of SIDS, it cannot guarantee prevention. Choice A is incorrect as SIDS is not limited to premature infants. Choice B is incorrect as SIDS is not primarily caused by child abuse.

4. What is the pattern of fever in enteric fever?

• A. Intermittent fever
• B. Relapsing fever
• C. Pel-Ebstein fever
• D. Continuous fever

Correct answer: D

Rationale: Enteric fever, caused by Salmonella typhi or paratyphi, is characterized by a continuous fever pattern. The fever typically persists without significant fluctuations, distinguishing it from diseases with intermittent or relapsing fever patterns. Pel-Ebstein fever, a cyclic pattern of fever seen in Hodgkin's lymphoma, is not associated with enteric fever. Relapsing fever is a characteristic of diseases like Borrelia recurrentis infection. Intermittent fever is seen in conditions like malaria.

5. Justine is admitted to the pediatric unit due to the occurrence of diabetic ketoacidosis signaling a new diagnosis of diabetes. The diabetes team explores the cause of the episode and takes steps to prevent a recurrence. Diabetic ketoacidosis (DKA) results from an excessive accumulation of which of the following?

• A. Sodium bicarbonate from renal compensation
• B. Potassium from cell death
• C. Glucose from carbohydrate metabolism
• D. Ketone bodies from fat metabolism

Correct answer: D

Rationale: Diabetic ketoacidosis (DKA) results from the excessive accumulation of ketone bodies from fat metabolism. During DKA, there is a lack of insulin leading to the breakdown of fat stores into fatty acids and their subsequent conversion into ketone bodies. These ketone bodies accumulate in the blood, leading to metabolic acidosis and the characteristic symptoms of DKA.

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