Order: 250 mL packed red blood cells - run over 3 hrs.
Calculate the volume per hour.
Calculate the volume per minute using standard blood tubing
Prescribed dose =250 ml for 3 hours
Volume per hour = total volume /total time
=250/3= 83.3 ml/ hour
Volume per minute= volume per hour/60
83.3/60= 1.39 ml/ minute
Order: 250 mL packed red blood cells - run over 3 hrs. Calculate the volume per...
You have been ordered to administer 225 mL packed red blood cells - run over 3 hrs Calculate the volume per hour. Calculate the volume per minute using standard blood tubing. 75 ml 12.5 gtts/min 56 m/hr 56 gtts/min 13 ml/hr 18 gtts/min 75 ml/hr 13 gttsimin
The physician gives orders to infuse 1 unit (250 mL) of packed red blood cells over 4 hours. Calculate the flow rate in milliliters per hour. ____________________mL/h
Order: Two 500 mL units of whole blood IV to be infused in 4 hrs. Calculate the volume per hour. Calculate the volume per minute using standard blood tubing. 25ml 41gtts/min 250ml/hr 42gtts/min 125ml/hr 41.66gtts/min 125ml/hr 41.6 gtts.in
The MD has ordered the following IV’s to run consecutively over 24 hrs. #1 925 mL RL #2 750 mL D5NS #3 600 mL NS c 20 mEq KCl Calculate the volume per hour. Calculate the volume per minute using standard macrodrip tubing Calculate the volume per minute using standard microdrip tubing
The MD has ordered the following IV’s to run consecutively over 24 hrs. #1 925 mL RL #2 750 mL D5NS #3 600 mL NS c 20 mEq KCl a. Calculate the volume per hour= b. Calculate the volume per minute using standard macrodrip tubing of 15gtts/ml.= c. Calculate the volume per minute using standard microdrip tubing=
Calculate infusion time in minutes or hours for 250 mL of packed red blood cells to infuse at 70 mL/hr.
9. Infuse three 250 mL units of Packed Red Blood Cells (PRBC's) IV over 6 h. Use the following IV tubing label: List No. 14 Ror onty single do not use rostorize PLUMT" BLOOD SET 100 mL Burette with Prepierced Injection Site. 170 Micron Filter Prepierced Port. Non-Vented 2 0 Answer gtt/min
Order: 70 mL D5W with 2 Gm Keflin dissolved in it IVPB q8hr - run over 40 min. Calculate the volume per minute, using standard macrodrip tubing. Calculate the volume per hour to set the infusion pump.
A patient is to receive 1 unit, (250mL) of packed red blood cells. It is to be given over a 4-hour period. The tubing drop factor is 20gttml. At what rate (ml/hr) will the pump be set?
The physician orders a unit of packed red blood cells to infuse in 2 hours. The unit contains 250 mL. The blood tubing administration set has a drop factor of 10 gtt / mL. The flow rate for the infusion of packed red blood cell is _____ gtt / min.