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- Question: The Nurse Enters The Client’s Room And Notes That 400 ML Is Left In The IV Bottle. The Client Is Receiving 25 Gtt/min, And The Drop Factor Of The Tubing Is 15 Gtt/mL. How Many Hours Will The IV Last? The Order Reads “1,000 ML Of D5W Every 10 Hours.” The Drop Factor Is 15 Gtt/mL. The Flow Rate Is 25 Gtt/min. After 4 Hours The Nurse Expects To See 600 …
- Question: Calculate The IV Flow Rate In Gtt/min For The Following IV Administrations, Unless Another Unit Of Meas 6. 1000 ML D5RL To Infuse In 8 Hr. Drop Factor: 20 Gtt/mL. 7. 1000 ML RL To Infuse In 10 Hr. Drop Factor: 20 Gtt/mL_ 8. A Unit Of Packed Cells (250 ML) To Infuse In 4 Hr. Drop Factor: 20 Gtt/mL.
- Question: 11. An IV Of D5W 1000 ML Was Ordered To Infuse Over 8 Hr At A Rate Of 42 Gtt/min (42 Macrogtt/min). Drop Factor: 20 Gtt/mL. After 4 Hr, You Notice That Only 400 ML Has Infused. Recalculate The Rate In Gtt/min For The Remaining Solution 12. An IV Of 1000 ML D5W Is To Infuse In 10 Hr. Drop Factor: 15 Gtt/mL. The IV Was Started At 4 AM. At 10 AM 600 ML …
- Question: 1. Prior To Commencing The IV Infusion You Need To Ensure That The PIV Is Still Patent. How Will You Do That? 2. You Do Not Currently Have An IV Pump Available So You Need To Start A Gravity Infusion. If Your IV Tubing Has A Drop Factor Of 15gtt/mL, What Is Your IV Rate In Gtt/min? 3. The Physician Has Assessed Mrs. Kardashian On The Unit And Determined …
- Question: MD Order: 400mL 0.9NS Bolus Over 2 Hours. Drop Factor=60gtts/mL 1. At What Rate Should The IV Pump Be Set For This Infusion? 2. At What Rate Should This IV Be Set For A Gravity Infusion? MD Order: DNS At 150mL/hr Drop Factor=20gtts/mL 3. At What Rate Should This IV Be Set For A Gravity Infusion? 4. A Pump Becomes Available. At What Rate Would The IV …
- Question: The Doctor Orders Heparin 1800 Units/hr. The Solution Available Is 24000 Units In 1200 ML D5W. Set Calibration Is 20 Gtt/mL. Calculate The Flow Rate In Gtt/min. Options: 60 Gtt/min None Of The Other Four Answers Are Correct 20 Gtt/min 10 Gtt/min 90 Gtt/min
- Question: 19. Infuse 45 ML Over 30 Minutes Using A 20 Gtt/mL Set. Calculate The Flow Rate In Gtt/min 20. Infuse 20 ML Over 10 Min Using A 60 Gtt/mL Set. Calculate The Flow Rate In Gtt/min
- Question: A Nurse Is Preparing To Administer 0.9% Sodium Chloride (0.9% NaCl) 1,000 ML IV To Infuse Over 6hr. The Drop Factor Of The Manual IV Tubing Is 10 Gtt/mL. What Would The Nurse Calculate The Drip Rate (gtt/min) To Be? (Round To Answer To The Nearest Whole Number)
- Question: An IV Is Infusing At A Flow Rate Of 125 ML/hr. The Nurse Is Planning To Switch The Infusion To A Gravity Drip. The Drop Factor Of The IV Tubing Is 15 Gtt/mL. The Nurse Calculates The Drip Rate (gtt/min) To Be? (Round To The Nearest Whole Number)
- Question: The Order Reads “1,000 ML Of D5W Every 10 Hours.” The Drop Factor Is 15 Gtt/mL. The Flow Rate Is 25 Gtt/min. After 4 Hours The Nurse Expects To See 600 ML Remaining In The IV Bottle But Instead Finds 540 ML. What Should The New Flow Rate Be?