30mL antibiotic in D5W IV in 15min by the infusion pump.
Flow rate = 30/0.25
= 120 ml/hr
Hi can someone please help me with this intravenous calculation- 30mL antibiotic in D5W IV in...
Order: 50 mL antibiotic solution in D5W IVPB to be infused over 30 minutes via electronic infusion device (IV pump). The nurse should set the flow rate on the IV pump for ______ mL/hr. Round your answer to the nearest whole number. Please show me the work for it not just the answer.
Ordered: IV D5W of 500 ml over 4 hours. Available: A gravity device. Drop factor on the tubing: 10. a. What flow rate will you set? DA equation: b. Evaluation: Ordered: IV antibiotic 250 mg 9th for 48 hrs. Available from pharmacy: IV antibiotic solution in 20 ml. to be piggybacked on a primary line: Directions: "Infuse over 60 minutes." a. What flow rate will you set on a gravity microdrip device? b. Estimated flow rate: DA equation: C. Evaluation:...
17. An IV antibiotic in 200 mL's needs to be given over 30 minutes. How many mL/hr will you set your pump for? DA: 17. 18. Calculate infusion time in minutes or hours for 250 mL of packed red blood cells (PRBC's) to infuse at 70 mL/hr. DA: 18. 19. Intravenous medications ordered for the treatment of at-risk patients, such as the acutely ill and the frail young and elderly, may require calculation and adjustment of dosage depending on the...
1. The physician’s order reads: 1.8 L of NS to infuse over 15 hours a. How many mL/ h will the IV need to run at in order to deliver the solution as ordered? 2. The physician’s order reads: Give antibiotic in 30 mL D5W over 15 minutes a. How many mL/ h will the IV need to run at in order to deliver the solution as ordered? 3. 1200 mL D5W IV is ordered to infuse in 10 hours...
can someone please explain to me how to solve this Order: DTIC-Dome (dacarbazine) 250 mg/m2 IV for 5 days. The label on the vial states to reconstitute with 9.9 mL of sterile water for injection, yielding a strength of 10 mg/mL, further dilute in 250 mL of D5W, and infuse over 60 minutes. Calculate the rate of flow in milliliters per hour for a client who weighs 70 kg and is 180 cm tall.
The physician orders an infusion of D5W to run at a rate of 30ml/hr. The nurse is using tubing with a drip factor of 25 gtt/ml. Flow rate is gtt/min The physician orders Erythromycin oral suspension 500 mg po every 6 hours. The pharmacy supplies Erythromycin suspension 400 mg/5 ml The nurse will give: mL Round to nearest 10th place. WOS K sources Email Faculty Dashboard > My courses > 2019_04TERM_C-NSG240_6NAX Adult Health Nursingi > September 29 - October 5...
Pharmacologic Calculations When Ms. Jackson arrives on the unit, the nurse notes that her IV is wide open. Review of Ms. Jackson's postoperative prescriptions indicates that 0.996 Normal Saline is to infuse at 75 ml/hour, alternating with Lactated Ringer's solution at 75 ml/hour. An infusion pump is not immediately available, so the nurse notes that the Infusion tubing has a drop factor of 15 drops/mL and resets the IV. 6. At what rate in drops./min, should the IV infuse? (Enter...
can someone please help me with questions 1-5 step by step math on how to solve this? Thank you! HEPARIN INSUSION CALULATIONS Use your calculation method of choice to determine the units/hr of heparin infusing in the following IV administrations. 1. An IV of 750 mL containing 30,000 units heparin running at 25 ml/hr. 2. A solution of 20,000 units in 500 mL running at 30 ml/hr 3. A 1 L volume of D5W containing heparin 30,000 units running at...
Hi can someone please help me with this chemistry problem? I really appreciate it. The following data was collected for the volume of the O2 produced in the decomposition of H2O2 Calculate the average rate of reactoion for each of the given time interval. Time mL O2 0.0 0.0 45.0 2.0 88.0 3.9 175.0 6.8 I would really appreciate steps on how to solve this, so I can finish the rest of the similar problems. Thank you!
1. An IV bag contains 600mg of a drug in 200mL of NS the flow rate in ml/h and the dosage rate in mg/min. 10 B of a drug in 200mL of NS, and must infuse over 2 hours. Find 2. An IVPB bag containing 50 mg of drug in 100mL of solution must intus 2mg/min. If the infusion begins at 0800 h, when will it finish? of solution must infuse at the rate of 3. ANIVPB IS infusing at...