Nursing Elites

1. A client with severe preeclampsia is receiving magnesium sulfate IV at 2 g/hr. Which of the following findings indicates that it is safe to continue the infusion?

• A. Diminished deep-tendon reflexes
• B. Respiratory rate of 16/min
• C. Urine output of 50 mL in 4 hours
• D. Heart rate of 56/min

Correct answer: B

Rationale: A respiratory rate of 16/min within the normal range is an essential parameter to monitor when administering magnesium sulfate, as respiratory depression is a potential adverse effect. Diminished deep-tendon reflexes may indicate magnesium toxicity, warranting immediate intervention. A urine output of 50 mL in 4 hours is below the expected amount, suggesting decreased kidney perfusion, which can be exacerbated by magnesium sulfate. A heart rate of 56/min is bradycardic and may indicate magnesium toxicity, requiring assessment and possible discontinuation of the infusion.

2. A newborn's mother is positive for the hepatitis B surface antigen. Which of the following should the infant receive?

• A. Hepatitis B immune globulin at 1 week followed by hepatitis B vaccine monthly for 6 months
• B. Hepatitis B vaccine monthly until the newborn tests negative for the hepatitis B surface antigen
• C. Hepatitis B immune globulin and hepatitis B vaccine within 12 hr of birth
• D. Hepatitis B vaccine at 24 hr followed by hepatitis B immune globulin every 12 hr for 3 days

Correct answer: C

Rationale: In the scenario where a newborn's mother is positive for hepatitis B surface antigen, the infant should receive both hepatitis B immune globulin and hepatitis B vaccine within 12 hours of birth. This is crucial to provide passive and active immunity against the Hepatitis B virus. Hepatitis B immune globulin provides immediate protection by giving passive immunity, while the vaccine stimulates active immunity in the infant. Administering both within 12 hours of birth is important to prevent vertical transmission of the virus.

3. A woman at 38 weeks of gestation and in early labor with ruptured membranes has an oral temperature of 38.9�C (102�F). Besides notifying the provider, which of the following is an appropriate nursing action?

• A. Recheck the client's temperature in 4 hours
• B. Administer glucocorticoids intramuscularly
• C. Assess the odor of the amniotic fluid
• D. Prepare the client for emergency cesarean section

Correct answer: C

Rationale: In a pregnant woman with a temperature of 38.9�C (102�F) in early labor with ruptured membranes, assessing the odor of the amniotic fluid is crucial. Foul-smelling or malodorous amniotic fluid could indicate infection, such as chorioamnionitis, which poses risks to both the woman and the fetus. This assessment can help in determining if an infection is present and prompt appropriate interventions. Rechecking the temperature, administering glucocorticoids, or preparing for an emergency cesarean section are not the most immediate or appropriate actions in this scenario.

4. During an assessment, a nurse is evaluating a pregnant client for preeclampsia. Which of the following findings should indicate to the nurse that the client requires further evaluation for this disorder?

• A. Increased urine output
• B. Vaginal discharge
• C. Elevated blood pressure
• D. Joint pain

Correct answer: C

Rationale: Preeclampsia is characterized by elevated blood pressure, proteinuria, and sometimes edema. Hypertension is a key sign of preeclampsia, and if present, further evaluation and monitoring are necessary to prevent complications for both the mother and the fetus.

5. A newborn is born to a mother with poorly controlled type 2 diabetes. The newborn is macrosomic and presents with respiratory distress syndrome. The most likely cause of the respiratory distress is which of the following?

• A. Hyperinsulinemia
• B. Increased deposits of fat in the chest and shoulder area
• C. Brachial plexus injury
• D. Increased blood viscosity

Correct answer: A

Rationale: The correct answer is hyperinsulinemia. In infants born to mothers with poorly controlled diabetes, the excess glucose crosses the placenta, leading to fetal hyperglycemia. This results in fetal hyperinsulinemia, which in turn can cause macrosomia (large birth weight), increasing the risk of respiratory distress syndrome due to the immature lungs' inability to handle the increased workload. Hyperinsulinemia, not increased deposits of fat, brachial plexus injury, or increased blood viscosity, is the most likely cause of respiratory distress in this scenario.

Similar Questions