Nursing Elites

1. What is the first action the nurse should take when treating a 6-year-old child who stepped on a rusty nail?

• A. Cleanse the foot with soap and water
• B. Instruct the parent about tetanus boosters
• C. Apply a sterile dressing and refer for a tetanus booster
• D. Elevate the foot and wrap in a compression bandage

Correct answer: B

Rationale: The correct first action when a 6-year-old child steps on a rusty nail is to instruct the parent about tetanus boosters. This is important because stepping on a rusty nail increases the risk of tetanus infection. Choice A is incorrect as cleansing the foot comes after addressing the tetanus risk. Choice C is not the first action and should be done after addressing the immediate risk of tetanus. Choice D is not necessary as the priority is to prevent tetanus infection.

2. While assessing a client who is admitted with heart failure and pulmonary edema, the nurse identifies dependent peripheral edema, an irregular heart rate, and a persistent cough that produces pink blood-tinged sputum. After initiating continuous telemetry and positioning the client, which intervention should the nurse implement?

• A. Administer prescribed diuretics
• B. Prepare for intubation
• C. Notify the healthcare provider immediately
• D. Obtain sputum sample

Correct answer: D

Rationale: The client's cough producing pink, frothy sputum is indicative of pulmonary edema, which needs immediate treatment. Obtaining a sputum sample helps identify any infection that may be contributing to the pulmonary issues. Administering diuretics is essential in managing pulmonary edema but obtaining a sputum sample should take priority. Intubation may be necessary in severe cases but is not the initial intervention. Notifying the healthcare provider is important, but immediate action to diagnose and treat the condition is crucial.

3. A client with type 1 diabetes mellitus is admitted to the emergency department with confusion, sweating, and a blood sugar level of 45 mg/dL. What is the nurse's priority action?

• A. Administer 50% dextrose IV push
• B. Provide a carbohydrate snack
• C. Check the client's urine for ketones
• D. Start an insulin drip

Correct answer: A

Rationale: A blood sugar level of 45 mg/dL indicates severe hypoglycemia, which can lead to life-threatening complications if not treated immediately. The priority is to administer IV dextrose to rapidly increase the blood sugar level. Administering 50% dextrose IV push will provide a quick source of glucose to raise the blood sugar. Providing a carbohydrate snack is not the immediate priority in this critical situation. Checking the client's urine for ketones is important in diabetic ketoacidosis, not for hypoglycemia. Starting an insulin drip would further lower the blood sugar and worsen the client's condition.

4. A client with chronic liver disease is prescribed lactulose. Which laboratory value should the nurse monitor to evaluate the effectiveness of this medication?

• A. Bilirubin level
• B. Serum ammonia level
• C. Serum potassium level
• D. Albumin level

Correct answer: B

Rationale: The correct answer is B: Serum ammonia level. Lactulose is used to lower serum ammonia levels in clients with chronic liver disease, particularly in cases of hepatic encephalopathy. Monitoring serum ammonia levels is crucial to evaluate the effectiveness of lactulose in managing hepatic encephalopathy. Choices A, C, and D are incorrect because they are not directly related to the action or evaluation of lactulose in chronic liver disease.

5. Prolonged exposure to high concentrations of supplemental oxygen over several days can cause which pathophysiological effect?

• A. Reduced cardiac output
• B. Disrupted surfactant production
• C. Hyperactivity of alveoli
• D. Increased oxygen carrying capacity

Correct answer: B

Rationale: Corrected Rationale: Prolonged exposure to high oxygen concentrations can disrupt the production of surfactant in the lungs, leading to atelectasis and other lung complications. Surfactant is essential for maintaining lung compliance and preventing alveolar collapse. Reduced cardiac output (Choice A) is not directly associated with prolonged oxygen exposure. Hyperactivity of alveoli (Choice C) is not a recognized consequence of high oxygen levels. Increased oxygen carrying capacity (Choice D) is not a pathophysiological effect of prolonged high oxygen exposure.

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