- 11 Using 15gtt Ml Tubing Calculate The Ml Hr Rate And Drop Per Minute Drip Rate To Deliver A 100ml Ivpb Over 40 Minute 1 (99.56 KiB) Viewed 56 times
11. Using 15gtt/ml tubing, calculate the ml/hr rate and drop per minute drip rate to deliver a 100ml IVPB over 40 minutes. 12. If a patient is to receive 1050 units per hour of heparin from a 500ml bag of D5W containing 20,000 units. How many drops per minutes should the patient receive through 10 drop per milliliter tubing? *** again, the doctor is ordering 1050 units per hour of the drug. Use this as the starting point (“what you know", work left to right to solve for what you don't know which is gtt/min) *** 13. A 1000ml bag of D5/0.45%NaCl is run over 12 hours. What is the ml/hour rate? 14. What would be the ml/min rate needed to deliver 1.2 grams per hour of an IV solution containing 50mg/ml of magnesium sulfate? 5. Using tubing that delivers 15 drops per ml, what drop per minute rate will deliver 100ml per hour of fluid?