Directions: For the following questions, calculate mL per hr for an electronic infusion device. Ordered: 1000...

Directions: For the following questions, calculate mL per hr for an electronic infusion device. Ordered: 1000 mL NS in 12 hr.

_____ml/hr

Expert Solution

Given,

Ordered: 1000 mL NS(normal saline) in 12 hr.

Volume of NS solution = 1000 ml

Infusion time = 12 hr

Flow rate ( ml/hr) = volume of NS solution in ml/ infusion time in hour

= 1000 ml/12 hr

= 83.33 ml/hr

= 83 ml/ hr [ rounded to nearest whole number]

Therefore, flow rate = 83 ml/hr

Answer is 83 ml/hr

Nightingale answered 2 years ago

Directions: For the following questions, calculate mL per hr for an electronic infusion device. Ordered: 1500...

Directions: For the following questions, calculate mL per hr for an electronic infusion device. Ordered: 1500 mL D5W in 24 hr You will administer_____ml/hr. Round to a whole number.

1000 mL of ½ NS is to infuse at 50 mL/hr. Determine the infusion time. (In...

1000 mL of ½ NS is to infuse at 50 mL/hr. Determine the infusion time. (In hours) The IV was started at 8:30 a.m. At what time will the IV infusion be completed? _______________________________________________________________________________________________________ 1.2 L of NS is to infuse at 83 mL/hr. Determine the infusion time. (In hours & minutes). The IV was started at 9:45 p.m. At what time will the IV infusion be completed?

Calculate the ml/hr infusion rates , round answers to the nearesttenth ml, mcg or mg;...

Calculate the ml/hr infusion rates , round answers to the nearest tenth ml, mcg or mg; A provider orders isoproterenol 5 mcg/min IV : The IV bag contains 1mg isoproterenol in 200 ml D5W

Calculate the ml/hr infusion rates , round to the nearest tenth ml, mg, or mcg. A...

Calculate the ml/hr infusion rates , round to the nearest tenth ml, mg, or mcg. A provider orders nitroprusside 150 mcg/min IV, the IV bag contains 50mg in 250 ml D5W

The prescribing clinician ordered Insulin continuous IV infusion to run at 9 mL/hr. The pharmacy dispensed...

The prescribing clinician ordered Insulin continuous IV infusion to run at 9 mL/hr. The pharmacy dispensed Insulin 100 units/100 mL of 0.9% NaCL. Calculate how many units per hour are infusing.

An infusion set delivers 15 drops/mL. The infusion is running at 10 mL/hr. How many drops/hr...

An infusion set delivers 15 drops/mL. The infusion is running at 10 mL/hr. How many drops/hr will the patient receive?

1: Infuse 1000 ml 0.45% Normal Saline at 150ml/hr. The infusion was started at 0800 and...

1: Infuse 1000 ml 0.45% Normal Saline at 150ml/hr. The infusion was started at 0800 and should completed at 1440. Current time is 1230. Is the IV ON TIME, EARLY OR LATE? #2: Infuse 500 ml D5W at 75ml/hr and then TKO. The infusion was started at 0645. At what time should the flow rate be changed to TKO? The current time is 1205. Is the IV ON TIME, EARLY OR LATE? 3: Infuse 3000 ml LR at 50 ml/hr...

Question

Directions: For the following questions, calculate mL per hr for an electronic infusion device. Ordered: 1000...

Solutions

Expert Solution

Related Solutions