HESI LPN
Medical Surgical HESI
1. Laboratory findings indicate that a client’s serum potassium level is 2.5 mEq/L. What action should the nurse take?
- A. Administer potassium supplements orally.
- B. Increase the client's dietary potassium intake.
- C. Inform the healthcare provider of the need for potassium replacement.
- D. Monitor the client's ECG continuously.
Correct answer: C
Rationale: A serum potassium level of 2.5 mEq/L is critically low, indicating severe hypokalemia. In this situation, it is essential for the nurse to inform the healthcare provider promptly about the need for potassium replacement. Administering potassium supplements orally or increasing dietary potassium intake is not appropriate in cases of critically low potassium levels as immediate and precise replacement is necessary. Monitoring the client's ECG continuously is important in severe cases of hypokalemia, but the priority action should be to inform the healthcare provider for further management and treatment.
2. What is the most critical initial intervention for a client who is actively seizing?
- A. Restrain the client to prevent injury
- B. Insert an oral airway
- C. Turn the client to the side
- D. Apply soft restraints to the wrists
Correct answer: C
Rationale: The most critical initial intervention for a client who is actively seizing is to turn the client to the side. This action helps maintain an open airway and prevents aspiration during a seizure. Restrain the client to prevent injury (Choice A) is incorrect because restraining a client during a seizure can lead to injury. Inserting an oral airway (Choice B) is not recommended as it can cause injury and is not necessary during an active seizure. Applying soft restraints to the wrists (Choice D) is also not recommended as it can lead to harm and does not address the immediate airway management needed during a seizure.
3. The nurse explains to the parents of a child with developmental hip dysplasia that the application of a Pavlik harness is necessary. In what position will the harness hold the child's femurs?
- A. Abduction
- B. Adduction
- C. Flexion
- D. Extension
Correct answer: A
Rationale: The correct answer is A: Abduction. The use of the Pavlik harness is to maintain the hips in abduction for 4 to 6 months to treat developmental hip dysplasia. This position helps in stabilizing the hip joint and promoting proper growth and development. Choices B, C, and D are incorrect because the Pavlik harness specifically aims to hold the child's femurs in abduction, not adduction, flexion, or extension.
4. How should the nurse measure urinary output for an infant with dehydration?
- A. Attaching a urine collecting bag
- B. Wringing out the diaper
- C. Weighing the diaper
- D. Inserting a catheter
Correct answer: C
Rationale: The correct way to measure urinary output for an infant with dehydration is by weighing the diaper. Wet diapers are weighed to assess the amount of output accurately. Attaching a urine collecting bag and inserting a catheter are invasive methods not typically used for routine measurement of urinary output in infants. Wringing out the diaper can lead to inaccurate measurements and is not a recommended method for assessing urinary output.
5. What should be included in the medical management of sickle cell crisis?
- A. Information for the parents including home care
- B. Provisions for adequate hydration and pain management
- C. Pain management and administration of iron supplements
- D. Adequate oxygenation and factor VIII
Correct answer: B
Rationale: The correct answer is B: Provisions for adequate hydration and pain management. In managing a sickle cell crisis, it is essential to provide adequate hydration to prevent further sickling of red blood cells and ensure proper pain management to alleviate the severe pain associated with the crisis. While information for parents and home care may be important aspects of overall care, they are not specific to the immediate medical management of a sickle cell crisis. Administration of iron supplements is not recommended during a sickle cell crisis as it can potentially worsen the condition by promoting the production of more sickled red blood cells. Adequate oxygenation is crucial in sickle cell disease, but factor VIII is not typically part of the management of a sickle cell crisis.
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