The healthcare provider prescribes regular insulin 8 units/hr intravenously (IV). The IV solution contains 100 units of regular insulin in 100 mL of 0.9% normal saline. How many mL/hr should the nurse program the infusion pump? (Enter numerical value only.)
The Correct Answer is ["8"]
Given:
IV solution contains 100 units of regular insulin in 100 mL of 0.9% normal saline.
The prescribed rate is 8 units/hr.
First, we find out how many units are present in 1 mL of the IV solution: 100 units / 100 mL = 1 unit / 1 mL
Now, since the prescribed rate is 8 units/hr, we need to infuse 8 mL/hr of the IV solution to deliver 8 units of insulin per hour.
So, the nurse should program the infusion pump to deliver 8 mL/hr.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
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Correct Answer is A
Explanation
A. Reposition the infant every 2 hours: This ensures that all areas of the infant's skin receive equal exposure to the phototherapy light, which is important for the effective treatment of jaundice.
B. Cover with a receiving blanket: This is incorrect because the phototherapy light needs to reach the infant's skin directly. Covering the infant with a blanket would block the light and reduce the effectiveness of the treatment.
C. Perform diaper changes under the light: While it is important to minimize the time the infant is away from the phototherapy light, diaper changes should be done quickly and efficiently, not necessarily under the light, to ensure cleanliness and to prevent any potential discomfort or safety issues.
D. Feed the infant every 4 hours: Feeding the infant is important, but the frequency of feeding should be based on the infant's needs and not specifically tied to the phototherapy schedule. Additionally, frequent feeding can help promote bowel movements, which can aid in the excretion of bilirubin.
Correct Answer is A
Explanation
A. Serum potassium, calcium, and phosphorus: Correct! In end-stage renal disease (ESRD), the kidneys are unable to adequately filter waste products and maintain electrolyte balance.
Monitoring serum potassium, calcium, and phosphorus levels is crucial as imbalances in these
electrolytes are common and can lead to serious complications such as cardiac arrhythmias, bone disorders, and muscle weakness.
B. Erythrocytes, hemoglobin, and hematocrit: While anemia is a common complication of ESRD, monitoring erythrocyte indices (such as erythrocyte count, hemoglobin, and hematocrit) is
important, but it is not specifically related to renal function monitoring.
C. Leukocytes, neutrophils, and thyroxine: Monitoring leukocytes and neutrophils is important for assessing immune function and detecting infections, but it is not directly related to renal
function monitoring in ESRD Thyroxine monitoring is relevant for thyroid function, which is not typically affected by ESRD.
D. Blood pressure, heart rate, and temperature: Monitoring vital signs such as blood pressure,
heart rate, and temperature is important in overall client assessment, but it does not specifically address the need for monitoring electrolyte imbalances associated with ESRD These parameters may be affected by complications of ESRD, but the primary focus in ESRD monitoring is on
renal function and electrolyte balance.
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