Nursing Elites

1. The apnea monitor alarm sounds on a neonate for the third time during this shift. What is the priority action by the nurse?

• A. Provide tactile stimulation.
• B. Administer 100% oxygen.
• C. Investigate possible causes of a false alarm.
• D. Assess infant for color and presence of respirations.

Correct answer: D

Rationale: The priority action for the nurse when the apnea monitor alarm sounds on a neonate is to assess the infant for color and the presence of respirations. This initial assessment helps determine the infant's respiratory status and the need for immediate intervention. Providing tactile stimulation or administering oxygen should only be done after assessing the infant's respiratory status. Investigating possible causes of a false alarm comes after ensuring the infant's well-being through the initial assessment.

2. When auscultating an infant's lungs, the nurse detects diminished breath sounds. What should the nurse interpret this as?

• A. Suggestive of chronic pulmonary disease
• B. Suggestive of impending respiratory failure
• C. An abnormal finding warranting investigation
• D. A normal finding in infants younger than 1 year of age

Correct answer: C

Rationale: Diminished breath sounds in an infant are an abnormal finding and warrant further investigation to rule out conditions like atelectasis or pneumonia.

3. A 10-month-old infant is diagnosed with gastroesophageal reflux. An esophageal (pH) probe monitor is ordered. What explanation for the purpose of the esophageal probe should the nurse provide to the parents?

• A. Assist in the passage of formula through the esophagus
• B. Identify the number of reflux episodes that are occurring
• C. Determine the time it takes for the stomach to empty its contents
• D. Monitor the pH within the stomach

Correct answer: B

Rationale: The correct answer is B. The esophageal pH probe is used to identify the frequency and severity of reflux episodes by measuring the pH in the esophagus. Choice A is incorrect because the probe does not assist in the passage of formula through the esophagus. Choice C is incorrect as determining the time it takes for the stomach to empty its contents would require a different procedure. Choice D is incorrect as the esophageal pH probe monitors the pH in the esophagus, not the stomach.

4. A nurse is carrying on a conversation with a 7-year-old child during an office visit. Which is an example of the level of language development the nurse should expect in this child?

• A. Fascination with bathroom language
• B. Difficulty understanding the concept of 'half past' in reference to time
• C. Ability to carry on an adult conversation
• D. Inability to speak in full sentences

Correct answer: B

Rationale: The correct answer is B. Understanding time concepts like 'half past' can be challenging for a 7-year-old, indicating the level of language development. Choice A is incorrect as fascination with bathroom language is common in this age group but not necessarily indicative of language development. Choice C is incorrect as a 7-year-old typically cannot carry on an adult conversation due to cognitive and experiential limitations. Choice D is incorrect as by the age of 7, children should be able to speak in full sentences.

5. A child with acute gastrointestinal bleeding is admitted to the hospital. The nurse observes which sign or symptom as an early manifestation of shock?

• A. Restlessness
• B. Rapid capillary refill
• C. Increased temperature
• D. Increased blood pressure

Correct answer: A

Rationale: Restlessness is an early sign of shock due to decreased perfusion and oxygenation to the brain. This symptom requires immediate attention to prevent the progression to more severe stages of shock. Rapid capillary refill (Choice B) is not typically an early sign of shock but rather a sign of adequate perfusion. Increased temperature (Choice C) may occur in later stages of shock due to the body's response to stress. Increased blood pressure (Choice D) is not an early sign of shock; in fact, blood pressure tends to decrease in shock as a compensatory mechanism.

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