Order: Dobutamine 4 mcg/kg/min Available: Standard solution of 1 gram in 250 mL D5W Patients weight:  330 lbs. At what rate will you set the infusion pump to deliver the ordered dose? Round to the tenth _______________________mL/hr

An IV of 500 mL containing 85 mg of medication is ordered to infuse at the rate of 30 mL/hr.  What dosage is infusing per hour? Round to the tenth _____________mg/hr

Order: Dobutamine 5 mcg/kg/min Available: Standard solution of 1 gram in 250 mL D5W Patients weight:  440 lbs. What will you set the infusion pump at to deliver the ordered dose? Round to the tenth ________________________mL/hr

The client is receiving a medication that has been titrated to 30 mL/hr.  The drug is mixed as 600 mg/500 mL.  The client weighs 70 kg.  How many mcg/kg/min is this client receiving?  Round to the tenth ___________________mcg/kg/min      

An order is written to give Ampicillin 850 mg IV.  The medication concentration available is 50 mg per mL.  How many mL’s will you give? Round to the tenth ________________mL

An IV medication is prescribed at 2 mcg/kg/min IV for a client who weighs 89 kg.  The concentration of the medication is 60 mg in 500 mL.  At what rate will you set the pump? Round to the tenth ________________________mL/hr

The client is receiving a medication that has been titrated to 47 mL/hr.  The drug is mixed as 450 mg/500 mL.  The client weighs 114 kg.  How many mcg/kg/min is this client receiving?    Round to the tenth ________________mcg/kg/min  

Order: Start Integrilin drip, 3 mcg/kg/min, for your patient with unstable angina. Concentration: 75 mg/100 mL solution Patient’s Weight:  200 lbs.  What rate will you set the IV pump at? Round to the tenth ____________________mL/hr

An IV of 500 mL containing 600 mg of medication is ordered to infuse at the rate of 20 mL/hr.  What dosage is infusing per hour? Round to the tenth ______________mg

The order is to administer 1000 mL of sodium chloride IV to be administered over 4 hours.  What will you set the infusion pump at? Round to the tenth ___________________mL/hr