Nursing Elites

1. Which nursing diagnosis is commonly used among patients affected by fibromyalgia?

• A. Decreased self-care in activities of daily living related to fatigue
• B. Impaired mental functioning related to electrolyte imbalances
• C. Increased vigilance secondary to electrolyte imbalances
• D. At risk for a swallowing disorder related to fibromyalgia

Correct answer: A

Rationale: The correct answer is A: 'Decreased self-care in activities of daily living related to fatigue.' Patients with fibromyalgia commonly experience fatigue, which can lead to decreased ability to perform self-care activities. This nursing diagnosis addresses a direct consequence of fibromyalgia. Choices B, C, and D are incorrect because they do not directly correlate with the common manifestations of fibromyalgia. Impaired mental functioning related to electrolyte imbalances and increased vigilance secondary to electrolyte imbalances are not typical presentations of fibromyalgia. 'At risk for a swallowing disorder related to fibromyalgia' is not a common nursing diagnosis associated with fibromyalgia; swallowing disorders are not a primary symptom of this condition.

2. Select the stage of viral hepatitis that is accurately paired with its characteristic(s).

• A. The prodromal stage: Jaundice begins
• B. The icteric stage: Flu-like symptoms occur
• C. The pre-icteric stage: Elevated urine bilirubin levels
• D. The post-icteric stage: Jaundice and dark urine occur

Correct answer: D

Rationale: The post-icteric stage of viral hepatitis is accurately described as the stage where jaundice and dark urine occur due to the accumulation of bilirubin. The resolution of jaundice and normalization of urine color are seen in this stage. Choices A, B, and C are incorrect. In the prodromal stage, symptoms like fatigue and malaise appear before jaundice. The icteric stage is characterized by jaundice, not flu-like symptoms. The pre-icteric stage does not typically involve elevated urine bilirubin levels, as this occurs after the icteric stage.

3. Which of the following is a key benefit of interprofessional collaboration in healthcare?

• A. Increased professional isolation
• B. Improved patient outcomes
• C. Reduced need for communication
• D. Longer treatment times

Correct answer: B

Rationale: Improved patient outcomes are a key benefit of interprofessional collaboration in healthcare. Collaboration among healthcare professionals leads to better coordination of care, reduced medical errors, and improved overall patient satisfaction. The other choices are incorrect because interprofessional collaboration aims to decrease professional isolation, enhance communication among team members, and streamline treatment processes to reduce time spent on patient care.

4. 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.

5. The doctor has ordered 20 cc per hour of normal saline intravenously for your pediatric patient. You will be using pediatric intravenous tubing that delivers 60 cc per drop. How many drops per minute will you administer using this pediatric intravenous set?

• A. 30 drops per minute
• B. 25 drops per minute
• C. 20 drops per minute
• D. 22 drops per minute

Correct answer: C

Rationale: To calculate the drops per minute, first convert the ordered amount to drops per minute. 20 cc per hour equals 20 drops per hour with 60 cc per drop tubing, which is equivalent to 20 drops per hour * 60 cc per drop = 1200 drops per hour. To find drops per minute, divide 1200 by 60 (minutes in an hour), which equals 20 drops per minute. Therefore, the correct answer is 20 drops per minute. Choices A, B, and D are incorrect as they do not reflect the correct calculation based on the provided information.

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