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 ...

The nurse enters the client’s room and notes that 400 mL is leftin the IV bottle. The client is receiving 25 gtt/min, and the dropfactor of the tubing is 15 gtt/mL. How many hours will the IVlast?

The order reads “1,000 mL of D5W every 10 hours.” The dropfactor is 15 gtt/mL. The flow rate is 25 gtt/min. After 4 hours thenurse expects to see 600 mL remaining in the IV bottle but insteadfinds 540 mL. What should the new flow rate be?

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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?
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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: 2. A Drug Is Ordered To Be Administered IV At The Initial Rate Of 3 MU/min, And May Increase By 5 MU/min Q 15 Min To A Max Of 23 MU/min. The IV Strength Is 10 MU/mL. Construct The First Two Lines Of The Titration Table For This Order. A. Dose Rate (mU/min) IV Rate (ml/h) 3 MU/min (initial) 18 Ml/h 5 MU/min 48 Ml/h B. Dose Rate (mU/min) IV Rate (ml/h) …

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