The Heparin bag reads 25,000 units/ 250 mL. You increase your patient’s Heparin drip to 24 units/kg/hr. The answer is C: 1,758 units 24 units/kg/hrĦ. How many units will the patient receive as a bolus, and how many units per kilogram per hour will the patient receive based on the new PTT result? The patient is currently receiving a Heparin drip at 22 units/kg/hr from a bag that reads 25,000 units/250 mL. According to protocol, you need to increase the Heparin drip by 2 units/kg/hr and administer 30 units/kg IV bolus. How many units per hour is the patient receiving?ĥ. The Heparin bag reads 10,000 units/ 100 mL. Your patient has a Heparin drip running at 29 mL/hr. How many units per hour is the patient receiving?Ĥ. The Heparin bag reads 12,500 units/250 mL. Your patient has a Heparin drip running at 36 mL/hr. What is the flow rate you will set the IV pump at (mL/hr)?ģ. ![]() You’re supplied with a Heparin bag that reads 12,500 units/250 mL. The MD orders your patient to start an IV Heparin drip at 16 units/kg/hr and to administer a loading bolus dose of 60 units/kg IV before initiation of the drip. ![]() What is the flow rate you will set the IV pump at (mL/hr) and the amount of units for the IV bolus?Ģ. You’re supplied with a Heparin bag that reads 25,000 units/500 mL. The MD orders your patient to start an IV Heparin drip at 18 units/kg/hr and to administer a loading bolus dose of 30 units/kg IV before initiation of the drip. Heparin Drip Practice Calculation Problemsġ. Note: After you click the submit button, the page will refresh and you will have to scroll down to see your results and what answers you got right/wrong.
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