A nurse is collecting data from a child who has heart failure and is taking furosemide. Which of the following findings should the nurse identify as an indication that the medication is effective?
An increase in the child's potassium level
A decrease in the child's edema
An increase in the child's respiratory rate
A decrease in the child's appetite
The Correct Answer is B
A. An increase in potassium levels is not directly related to the effectiveness of furosemide, which is a diuretic and can actually cause hypokalemia.
B. A decrease in edema indicates that the diuretic is effectively removing excess fluid from the body, which is a desired effect of furosemide in treating heart failure.
C. An increase in respiratory rate could indicate worsening heart failure or fluid overload, not the effectiveness of the medication.
D. A decrease in appetite is not a specific indication of the effectiveness of furosemide.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. Polyuria is not typically associated with sepsis; it may be seen in other conditions such as diabetes. In sepsis, urine output is often decreased due to impaired kidney function and shock.
B. Disorientation is a sign of sepsis, indicating that the infection may have spread to the bloodstream and is affecting the central nervous system. Altered mental status is a critical indicator of severe infection.
C. Hyperactive bowel sounds are not associated with sepsis. In sepsis, bowel sounds may actually be decreased due to decreased perfusion to the gastrointestinal tract.
D. Hypoglycemia can occur in sepsis, but it is not as specific an indicator as disorientation. Monitoring blood glucose levels is important, but disorientation provides a clearer sign of systemic infection.
Correct Answer is ["30"]
Explanation
To calculate the dosage of ibuprofen in milliliters for a 24-hour period, we start by determining the total milligrams required per day. Since the prescription is for 200 mg every 8 hours, the child will need three doses in 24 hours (200 mg x 3 = 600 mg). Next, we convert the total milligrams into milliliters using the concentration provided. The formula is: (Total mg needed / Concentration of mg) x Volume of each concentration = Total mL. Plugging in the numbers: (600 mg / 100 mg) x 5 mL = 30 mL.
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