Question 1

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-Infuse aminophylline 250 mg diluted in 8 mL 0.9% sodium chloride solution over 10 minutes using a syringe pump. _____ mL/hr

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Question 2

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-Infuse cefazolin 500 mg diluted in 50 mL 0.9% sodium chloride solution over 30 minutes. _____ mL/hr

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Question 3

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse mycophenolate mofetil 1 g diluted in 150 mL D₅W solution over 1 hour. _____ mL/hr

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Question 4

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-Infuse LR, 2 L over 18 hours. _____ mL/hr

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Question 5

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-An IV infusing at 24 mL/hr with 400 mL of fluid left in the IV bag. _____ hr ______ min

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Question 6

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-Infuse 0.9% sodium chloride solution, 1 L over 12 hours. _____ mL/hr

Accepted Answer

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Question 7

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-An IV is infusing at 21 gtt/min; 100 mL of fluid remain in the IV bag. The drop factor of the tubing is 10 gtt/mL. The current time is 0620.

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Question 8

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV of 250 mL D₅W solution is to be infused over 3 hours. The IV tubing has a drop factor of 15 gtt/mL.

Accepted Answer

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Question 9

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-An IV fluid is infusing at 12 mL/hr. The drop factor of the tubing is 60 gtt/mL.

Accepted Answer

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Question 10

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse bivalirudin 150 mg diluted in 50 mL D₅W solution over 3 hours. _____ mL/hr

Accepted Answer

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Question 11

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-An IV of 50 mL 0.45% sodium chloride solution is to be infused over 1 hour. The IV tubing has a drop factor of 60 gtt/mL.

Accepted Answer

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Question 12

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr.
-An IV is infusing at 24 gtt/min; 750 mL of fluid remain in the IV bag. The drop factor of the tubing is 15 gtt/mL. The current time is 2330.

Accepted Answer

The answer of Calculate the flow rate (gtt/min) for the...

Exam 13: Intravenous Calculations

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse aminophylline 250 mg diluted in 8 mL 0.9% sodium chloride solution over 10 minutes using a syringe pump. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse cefazolin 500 mg diluted in 50 mL 0.9% sodium chloride solution over 30 minutes. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse mycophenolate mofetil 1 g diluted in 150 mL D₅W solution over 1 hour. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse LR, 2 L over 18 hours. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV infusing at 24 mL/hr with 400 mL of fluid left in the IV bag. _ hr __ min

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse 0.9% sodium chloride solution, 1 L over 12 hours. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV is infusing at 21 gtt/min; 100 mL of fluid remain in the IV bag. The drop factor of the tubing is 10 gtt/mL. The current time is 0620.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV of 250 mL D₅W solution is to be infused over 3 hours. The IV tubing has a drop factor of 15 gtt/mL.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV fluid is infusing at 12 mL/hr. The drop factor of the tubing is 60 gtt/mL.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse bivalirudin 150 mg diluted in 50 mL D₅W solution over 3 hours. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV of 50 mL 0.45% sodium chloride solution is to be infused over 1 hour. The IV tubing has a drop factor of 60 gtt/mL.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV is infusing at 24 gtt/min; 750 mL of fluid remain in the IV bag. The drop factor of the tubing is 15 gtt/mL. The current time is 2330.

Exam 13: Intravenous Calculations

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse aminophylline 250 mg diluted in 8 mL 0.9% sodium chloride solution over 10 minutes using a syringe pump. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse cefazolin 500 mg diluted in 50 mL 0.9% sodium chloride solution over 30 minutes. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse mycophenolate mofetil 1 g diluted in 150 mL D5W solution over 1 hour. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse LR, 2 L over 18 hours. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV infusing at 24 mL/hr with 400 mL of fluid left in the IV bag. _____ hr ______ min

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse 0.9% sodium chloride solution, 1 L over 12 hours. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV is infusing at 21 gtt/min; 100 mL of fluid remain in the IV bag. The drop factor of the tubing is 10 gtt/mL. The current time is 0620.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV of 250 mL D5W solution is to be infused over 3 hours. The IV tubing has a drop factor of 15 gtt/mL.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV fluid is infusing at 12 mL/hr. The drop factor of the tubing is 60 gtt/mL.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse bivalirudin 150 mg diluted in 50 mL D5W solution over 3 hours. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV of 50 mL 0.45% sodium chloride solution is to be infused over 1 hour. The IV tubing has a drop factor of 60 gtt/mL.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV is infusing at 24 gtt/min; 750 mL of fluid remain in the IV bag. The drop factor of the tubing is 15 gtt/mL. The current time is 2330.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse mycophenolate mofetil 1 g diluted in 150 mL D₅W solution over 1 hour. _____ mL/hr

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV infusing at 24 mL/hr with 400 mL of fluid left in the IV bag. _ hr __ min

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -An IV of 250 mL D₅W solution is to be infused over 3 hours. The IV tubing has a drop factor of 15 gtt/mL.

Calculate the flow rate (gtt/min) for the following IV fluids infusing in mL/hr. -Infuse bivalirudin 150 mg diluted in 50 mL D₅W solution over 3 hours. _____ mL/hr