The order is for 980 mL of D2.5W (2.5% dextrose in water) to infuse intravenously over a period of 8 hours (the drop factor is 20 gtt per mL). After the infusion has been running for 5 hours, you find 640 mL remaining left to be infused. What should the adjusted flow rate (in gtt/min) be in order to complete the infusion on schedule (i.e. within 8 hours)?
The order is for 980 mL of D2.5W (2.5% dextrose in water) to infuse intravenously over a period of 8 hours (the drop factor is 20 gtt per mL). After the infusion has been running for 5 hours, you find 640 mL remaining left to be infused. What should the adjusted flow rate (in gtt/min) be in order to complete the infusion on schedule (i.e. within 8 hours)?
Chapter23: Pediatric Intravenous Medications
Section: Chapter Questions
Problem 1.3P
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The order is for 980 mL of D2.5W (2.5% dextrose in water) to infuse intravenously over a period of 8 hours (the drop factor is 20 gtt per mL). After the infusion has been running for 5 hours, you find 640 mL remaining left to be infused. What should the adjusted flow rate (in gtt/min) be in order to complete the infusion on schedule (i.e. within 8 hours)?
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