Nursing Elites

1. A client is found unresponsive in his room by a nurse. The client is not breathing and does not have a pulse. After calling for help, what is the next action the nurse should take?

• A. Administer 2 ventilations
• B. Perform a head-tilt, chin lift to open the airway
• C. Begin chest compressions
• D. Perform a jaw thrust to open the airway

Correct answer: C

Rationale: After finding an unresponsive client who is not breathing and has no pulse, the nurse's immediate action should be to call for help and start chest compressions. Chest compressions should be initiated at a rate of at least 100 per minute and a depth of at least 2 inches. Choice A, administering ventilations, is not the initial step as compressions take priority. Choice B, performing a head-tilt, chin lift, is also not the first step; chest compressions are crucial before airway management. Choice D, performing a jaw thrust, is typically used in cases of suspected cervical spine injury and is not the immediate action in this scenario.

2. A 38-year-old patient with cirrhosis has ascites and 4+ edema of the feet and legs. Which nursing action will be included in the plan of care?

• A. Restrict daily dietary protein intake.
• B. Reposition the patient every 4 hours.
• C. Place the patient on a pressure-relieving mattress.
• D. Perform passive range of motion daily.

Correct answer: C

Rationale: Placing the patient on a pressure-relieving mattress is crucial to decrease the risk of skin breakdown, especially with significant edema and ascites. Adequate dietary protein intake is essential in patients with ascites to improve oncotic pressure and prevent malnutrition. Repositioning the patient every 4 hours alone may not be sufficient to prevent skin breakdown, especially in areas prone to pressure ulcers. Performing passive range of motion exercises is important for maintaining joint mobility but does not directly address the risk of skin breakdown associated with prolonged pressure on vulnerable areas.

3. When administering a shot of Vitamin K to a 30-day-old infant, which of the following target areas is the most appropriate?

• A. Gluteus maximus
• B. Gluteus minimus
• C. Vastus lateralis
• D. Vastus medialis

Correct answer: C

Rationale: When administering medications to infants, it is common to use the vastus lateralis muscle in the thigh for injections. The preferred site is the junction of the upper and middle thirds of the vastus lateralis muscle. This area provides a good muscle mass for the injection and minimizes the risk of hitting nerves or blood vessels. The gluteus maximus and gluteus minimus are not typically used for infant injections due to the risk of injury to the sciatic nerve. The vastus medialis is not as commonly used as the vastus lateralis for infant injections.

4. The nurse reviews the record of a newborn infant and notes that a diagnosis of esophageal atresia with tracheoesophageal fistula is suspected. The nurse expects to note which most likely sign of this condition documented in the record?

• A. Incessant crying
• B. Coughing at nighttime
• C. Choking with feedings
• D. Severe projectile vomiting

Correct answer: C

Rationale: In esophageal atresia and tracheoesophageal fistula, the esophagus ends before it reaches the stomach, forming a blind pouch, and there is an abnormal connection (fistula) with the trachea. Any child who exhibits the '3 Cs'"?coughing and choking with feedings and unexplained cyanosis"?should be suspected to have tracheoesophageal fistula. Option A, 'Incessant crying,' is not a typical sign of esophageal atresia with tracheoesophageal fistula. Option B, 'Coughing at nighttime,' is not a specific sign associated with this condition. Option D, 'Severe projectile vomiting,' is not a common sign of esophageal atresia with tracheoesophageal fistula.

5. How does shock typically progress?

• A. Compensated to hypotensive shock in hours and hypotensive shock to cardiac arrest in minutes
• B. Compensated to hypotensive shock in minutes and hypotensive shock to cardiac arrest in hours
• C. Hypotensive to compensated shock in hours and compensated shock to cardiac arrest in minutes
• D. Hypotensive to compensated shock in minutes and compensated shock to cardiac arrest in hours

Correct answer: A

Rationale: Shock typically progresses from a compensated state to hypotensive shock over a period of hours. In the compensated phase, the body is trying to maintain perfusion. It is crucial to identify and intervene during this phase to prevent progression to hypotensive shock, where blood pressure drops significantly. If not promptly managed, hypotensive shock can rapidly deteriorate into cardiac arrest in minutes due to inadequate perfusion to vital organs. Choices B, C, and D are incorrect as they do not follow the typical progression of shock stages as seen in clinical practice. Understanding the stages of shock and their timeframes is crucial for early recognition and appropriate intervention to prevent further deterioration.

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