Nursing Elites

1. A healthcare professional is preparing to administer a hepatitis B vaccine. Which of the following should the healthcare professional verify?

• A. Client's allergy to eggs
• B. Client's vaccination history
• C. Client's weight
• D. Client's blood pressure

Correct answer: B

Rationale: The correct answer is B: Client's vaccination history. Before administering the hepatitis B vaccine, it is essential to verify the client's vaccination history to ensure they are due for the vaccine. This helps in preventing unnecessary vaccinations and ensures the appropriate timing and dosage. Option A, the client's allergy to eggs, is not directly related to administering the hepatitis B vaccine. Option C, the client's weight, and option D, the client's blood pressure, are not factors that need to be specifically verified before administering the hepatitis B vaccine.

2. A nurse is caring for a client who has severe preeclampsia and is receiving magnesium sulfate. The nurse should monitor the client for which of the following findings as an indication of magnesium toxicity?

• A. Decreased deep tendon reflexes
• B. Elevated blood pressure
• C. Increased urinary output
• D. Hyperreflexia

Correct answer: A

Rationale: The correct answer is A: Decreased deep tendon reflexes. Magnesium sulfate toxicity can lead to diminished deep tendon reflexes, respiratory depression, and decreased urine output. Diminished deep tendon reflexes are an early sign of magnesium toxicity and indicate the need to discontinue the infusion. Elevated blood pressure (choice B) is not typically associated with magnesium toxicity. Increased urinary output (choice C) is also not a common finding in magnesium toxicity. Hyperreflexia (choice D) is not consistent with the expected findings of magnesium toxicity, which typically causes decreased reflexes.

3. A laboring client received meperidine IV one hour prior to delivery. Which of the following medications should the nurse have available to counteract the effects of this medication on the newborn?

• A. Naloxone
• B. Epinephrine
• C. Atropine
• D. Diazepam

Correct answer: A

Rationale: Meperidine is an opioid analgesic that can cross the placenta and cause respiratory depression in the newborn. Naloxone is an opioid antagonist that is administered to reverse the effects of opioids. It is critical to have Naloxone available when opioids are administered during labor, especially close to delivery. Epinephrine is not used to counteract the effects of opioids but rather for managing severe allergic reactions or cardiac arrest. Atropine is used for specific conditions like bradycardia, not to counteract opioid effects. Diazepam is a benzodiazepine used for anxiety, seizures, and muscle spasms, not for reversing opioid effects.

4. A healthcare provider is assessing a client who has severe dehydration. Which finding indicates effective treatment?

• A. Sunken anterior fontanel
• B. Tenting skin turgor
• C. Flat anterior fontanel
• D. Hyperpnea

Correct answer: C

Rationale: A flat anterior fontanel indicates effective treatment for dehydration in infants. Dehydration often causes sunken fontanels, so when the anterior fontanel becomes flat, it suggests that rehydration has occurred. Sunken anterior fontanel (Choice A) is a sign of dehydration, not effective treatment. Tenting skin turgor (Choice B) is also a sign of dehydration, indicating poor skin turgor. Hyperpnea (Choice D) is increased depth and rate of breathing and is not directly related to the hydration status of the client.

5. What can cause a low pulse oximetry reading?

• A. Hyperthermia
• B. Increased hemoglobin level
• C. Inadequate peripheral circulation
• D. Low altitudes

Correct answer: C

Rationale: Inadequate peripheral circulation can cause a low pulse oximetry reading by limiting blood flow to the area being measured, leading to inaccurate oxygen saturation readings. Hyperthermia (choice A) is an elevated body temperature and does not directly affect pulse oximetry readings. An increased hemoglobin level (choice B) would actually lead to higher oxygen-carrying capacity in the blood, resulting in normal or increased pulse oximetry readings. Low altitudes (choice D) typically do not cause low pulse oximetry readings unless there are other underlying conditions affecting oxygen levels.

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