Örder: Order: heparin infusion: heparin 25,000u in 250mL of 0.45% NS @ 17u/kg/ hr. Patients weight is 125 Ibs. Calculate the heparin infusion rate in u/hr.

A 77 kg patient is receiving the following "2-in-1" admixed TPN: Glucose 330 g Amino acids 143 g Total volume: 2310 mL What should the rate of infusion be, in mL/hr, if the TPN is run over 24 hours? Round to the nearest 5 mL/hr, do not enter units Answer:

F2 over the arrow connecting these variables. The slope of this relationship is 0.225 mmHg/(L/min). In the absence of the drug, Xor's blood pressure would drop as low as 70 mmHg. As the blood pressure falls to 70 mm Hg, how much drug should we administer to restore the blood pressure to 105 mmH? To answer this question, assume the following conditions: 1. the drug directly affects the rate of blood flow from the heart (L/min), 2. the drug has no effect at dosages below 41 g and has a linear effect on the rate of blood flow at dosages above 41 g. The slope of this linear effect is 2.91 (L/min) / g of drug, and 3. the drug must increase the rate of blood flow enough to increase the blood pressure from 70 mm Hg to 105 mmHg, and 4. the slope of the linear relationship between the rate of blood flow from the heart and the blood pressure in megaraffes is 0.225 mmHg/(L/min). Our goal is to determine the dosage of the drug needed to increase the blood pressure by 35 mmHg. We'll work backwards…

Order: IV 0.9% NS 500mL bolus over 4hrs. If you start this bolus IV at 1730h on an infusion pump, how much will be left in the bag at 1900h change of shift? Paragraph B I + v Insert Stuff

Order: 20 mcg/kg every 3 hours Weight: 40 kg How many mcg per dose will you give?

Other Math 1300mL N/Saline 0.9% is running at a 6 hourly rate, which commenced at 1500hrs. At 1630hrs the doctor requests for the remaining volume to be run over 3 hours. Calculate the mL per hour for the remaining volume.

Order: Ancef 250 mg IV q.8h Supply: Ancef 1 g Directions: Reconstitute with 5 mL NS to yield 125 mg/mL Give: __________ mL

Order: Order: heparin infusion: heparin 25,000u in 250mL of 0.45% NS @ 17u/kg/ hr.  Patients weight is 125 lbs.  Calculate the heparin infusion rate in u/hr.

Order: 1000 mL D5 1/2NS IV to run over 12 hoursa) ML/hr b) Macrodrip (15 gtt/mL) c) Microdrip (60 gtt/mL)

A nurse is preparing to administer oxytocin 2 milliunits /min by continously IV infusion to a client. Available is oxytocin 10illiunits/mL. The nurse should set the IV pump to deliver how many mL/hr?