50 mL D5W c Mefoxin 1 Gm — run over 35 minutes
Calculate the volume per minute using standard macrodrip tubing.
Drops per minute = 60 drops/min x volume/time
= 60 x 50/35
= 1.428 x 60
= 85.71 drops / min
15 drops = 1 mL in macrodrip tubing (Standard)
So, 6 drops/min should be administered
50 mL D5W c Mefoxin 1 Gm — run over 35 minutes Calculate the volume per...
50 mL D5W c Mefoxin 1 Gm — run over 35 minutes. Calculate the volume per minute using standard macrodrip tubing. 21.42gtts/min 12.5gtts/min 13 gtts/min 21gtts/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.
Order: Run the following IV's consecutively over the next 24 hours. (1) 1000 mL RL (2) 500 mL D5NS (3) 1000 mL D5W Calculate the volume per minute using a standard macrodrip tubing. Calculate the volume per minute using a macrodrip tubing in which 25gtts = 1ml.
100 mL D5W c 1 Gm Lidocaine – run @ 4 mcg/kg/min/ The client weighs 150 lbs. Calculate the volume per minute using standard microdrip tubing. 1.63 gtts/min 1.6gtts/min 2gtts/min 2ml/hr
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=
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
D Question 12 1 pts An IV piggyback containing 100 mL NS is to infuse over 30 minutes q.6h. How many mL/hr will the nurse set on the IV infusion pump? D Question 13 3 pts The MD has ordered the following IV's to run consecutively over 24 hrs. #1 #2 #3 925 mL RL 750 mL DNS 600 mL NS c 20 mEq KCl 1. Calculate the volume per hour 2. Calculate the total volume per minute using standard...
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
Order: Antibiotic in 50 ml D5W is to be given by IVPB over 30 minutes by gravity flow. The tubing Drop Factor is 10gtt/mL. How many drops/minute would accomplish this order? ____ gtt/min Round your answer to the nearest whole number. Write only the number in the space provided. Please show me the work
Question 6 The MD has ordered the following IV's to run consecutively over 24 hrs. #1 1000 mL RL #2 500 mL DsNS #3 250 mL NS c 20 mEq KCI Calculate the volume per minute using standard macrodrip tubing O 18.25gtts/min O 18.2 gtts/min O 19 gtts/min 18 gtts/min