Nursing Elites

1. How will a ventricular septal defect affect blood flow?

• A. Blood will shunt left to right, causing increased pulmonary flow and no cyanosis.
• B. Blood will shunt right to left, causing decreased pulmonary flow and cyanosis.
• C. No shunting occurs due to high pressure in the left ventricle.
• D. Increased pressure in the left atrium hinders the circulation of oxygenated blood in the circulating volume.

Correct answer: A

Rationale: A ventricular septal defect allows blood to shunt left to right, leading to increased pulmonary flow. This results in oxygenated blood mixing with deoxygenated blood, causing no cyanosis as the mixed blood is still oxygenated. The shunting from left to right overloads the pulmonary circulation, leading to increased pulmonary flow. Choice B is incorrect because blood does not shunt right to left in a ventricular septal defect. Choice C is incorrect as shunting does occur due to the pressure differences between the ventricles. Choice D is incorrect because the defect affects the ventricles, not the atrium, and does not hinder the circulation of oxygenated blood in the circulating volume.

2. 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.

3. A 7-year-old child named Kanjaga exhibits symptoms like fatigue, slow heart rate, dry skin, slower growth, and delayed puberty. Which of the following is the appropriate diagnosis for this deficiency that slows body processes?

• A. Diabetes
• B. Hypothyroidism
• C. Growth hormone deficiency
• D. Stunted growth

Correct answer: B

Rationale: The appropriate diagnosis for the symptoms described in Kanjaga, a 7-year-old child, is hypothyroidism. Hypothyroidism can lead to symptoms such as fatigue, slow heart rate, dry skin, slower growth, and delayed puberty in children.

4. How should you assist with the delivery of the baby's head?

• A. Grasping each side of the baby's head and gently pulling to facilitate delivery.
• B. Placing your fingers on the bony part of the skull and applying gentle pressure.
• C. Carefully rotating the baby's head to face up during delivery.
• D. Placing the palm of your hand firmly against the back of the baby's skull.

Correct answer: B

Rationale: To assist with the delivery of the baby's head, the correct technique involves placing your fingers on the bony part of the skull and applying gentle pressure. This method helps guide the baby's head through the birth canal safely and effectively. Choices A, C, and D are incorrect. Grasping and pulling the baby's head, rotating the head, or placing the palm of your hand against the back of the baby's skull can potentially cause harm or complications during delivery.

5. A 7-year-old child has an altered mental status, high fever, and a generalized rash. You perform your assessment and administer supplemental oxygen. En route to the hospital, you should be MOST alert for:

• A. hypotension.
• B. combativeness.
• C. convulsions.
• D. respiratory distress.

Correct answer: C

Rationale: In a 7-year-old child with altered mental status, high fever, and a generalized rash, the most critical concern is the potential for convulsions. These symptoms could indicate a serious underlying condition, such as a febrile seizure or another type of seizure activity. Monitoring for convulsions is crucial during transport to ensure prompt intervention if they occur, as seizures can lead to additional complications and require immediate management.

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