Nursing Elites

1. The nurse is planning care for a patient with acute hypernatremia. What should the nurse include in this patient's plan of care? (select one that does not apply)

• A. Reduce IV access
• B. Limit length of visits
• C. Restrict fluids to 1500 mL per day
• D. Conduct frequent neurologic checks

Correct answer: D

Rationale: For a patient with acute hypernatremia, the nurse should include interventions like reducing free water losses, correcting sodium levels slowly, monitoring neurologic status, and ensuring adequate fluid intake. Conducting frequent neurologic checks is essential in assessing the patient's neurological status and detecting any changes promptly. Therefore, this action should not be excluded from the plan of care. Choices A, B, and C are not directly related to managing acute hypernatremia and can be safely excluded from the plan of care. Reducing IV access, limiting length of visits, and restricting fluids to 1500 mL per day are not appropriate actions for managing acute hypernatremia.

2. A nurse is caring for a client who wanders through the halls yelling obscenities at staff, other clients, and visitors. Which of the following actions should the nurse take?

• A. Keep the client in their room with the door closed
• B. Contact a family member to come and sit with the client
• C. Place the client in a wheelchair with a lap tray
• D. Administer a sedative to the client

Correct answer: B

Rationale: When dealing with a client exhibiting disruptive behavior like yelling obscenities, involving a family member can provide emotional support and help in de-escalating the situation. Keeping the client isolated in their room (Choice A) may lead to further agitation. Placing the client in a wheelchair (Choice C) or administering a sedative (Choice D) should not be the first interventions for managing behavioral issues.

3. The doctor has ordered 1,000 cc of intravenous fluid every 8 hours. You will be using intravenous tubing that delivers 20 cc/drop. At what rate will you adjust the intravenous fluid flow? _____ gtts per minute.

• A. 38 gtts/min
• B. 42 gtts/min
• C. 50 gtts/min
• D. 40 gtts/min

Correct answer: D

Rationale: To calculate the rate: 1000 cc/8 hours = 125 cc/hour. 125 cc/hour * 1 drop/20 cc * 1 hour/60 minutes = 40 gtts/min. Therefore, the correct answer is 40 gtts/min. Choice A (38 gtts/min) is incorrect as it doesn't match the calculation result. Choice B (42 gtts/min) is incorrect as it is not the calculated rate. Choice C (50 gtts/min) is incorrect as it is not the calculated rate either.

4. Select the cranial nerve that is accurately paired with its name.

• A. The fourth cranial nerve: The trochlear nerve
• B. The twelfth cranial nerve: The hypoglossal nerve
• C. The tenth cranial nerve: The olfactory nerve
• D. The thirteenth cranial nerve: The auditory nerve

Correct answer: B

Rationale: The twelfth cranial nerve is the hypoglossal nerve, which controls the muscles of the tongue. The other choices are incorrect because the trochlear nerve is the fourth cranial nerve responsible for eye movement, the olfactory nerve is the first cranial nerve responsible for the sense of smell, and there are only twelve cranial nerves, so there is no thirteenth cranial nerve.

5. Which preventive measure can be employed to decrease the risk of compartment syndrome?

• A. The administration of a potassium-sparing diuretic for heart failure
• B. A bivalve cast for a skeletal fracture
• C. A cerebral diuretic to decrease intracranial pressure after a head injury
• D. A chest tube to restore normal intrathoracic pressure after a pneumothorax

Correct answer: B

Rationale: The correct answer is B. A bivalve cast can help decrease the risk of compartment syndrome by providing space for swelling, thus preventing the build-up of pressure within the muscles. Choices A, C, and D are incorrect because they are not directly related to preventing compartment syndrome. Choice A is more focused on managing heart failure, choice C on reducing intracranial pressure, and choice D on restoring intrathoracic pressure after a pneumothorax, which are not relevant to preventing compartment syndrome.

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