Question

In: Nursing

An IV of 1000 mL 1/2 NS with 20,000 units of heparin is infusing at 40...

An IV of 1000 mL 1/2 NS with 20,000 units of heparin is infusing at 40 mL / hr. How many units of heparin is the patient receiving each hour? ____________

Solutions

Expert Solution

CALCULATIONS :

Concentration of IV = Total amount of drug/Total volume

=20,000 unit of heparin /1000 mL NS

=20 units of heparin/mL

IV rate =dose desired /concentration of IV

Therefore dose desired =concentration of IV × IV rate

=20×40 mL/hr

= 800 units/hr

ANSWER :

800 units/hr

  


Related Solutions

IV containing heparin in 250 mL of NS is infusing at 40 drops per minute. The...
IV containing heparin in 250 mL of NS is infusing at 40 drops per minute. The infusion set is a microdrop. What is the infusion time? ( 1 drop = 4 microdrops, 1 mL = 15 drops = 60 microdrops)
An IV containing heparin in 250 mL of NS is infusing at 40 drops per minute....
An IV containing heparin in 250 mL of NS is infusing at 40 drops per minute. The infusion set is a microdrop. What is the infusion time? ( 1 drop = 4 microdrops, 1 mL = 15 drops = 60 microdrops)
An IV of 1 g of aminophylline in 500 mL NS is infusing at 22 mL...
An IV of 1 g of aminophylline in 500 mL NS is infusing at 22 mL / hr. The doctor ordered 44 mg / hr of IV aminophylline. The best action of the nurse is to: continue to monitor the IV infusion. adjust the IV to 66 mL / hr. adjust the IV to 44 mL / hr. adjust the IV to 11 mL / hr.
Advanced IV calculation #1 1. Order: 1000 mL 0.45% NS with 25,000 U heparin to infuse...
Advanced IV calculation #1 1. Order: 1000 mL 0.45% NS with 25,000 U heparin to infuse at 1000 U/h. Flow rate: mL/h? 2. Order: 500 mL D5W IV with 40,000 U heparin to infuse at 1100 U/h. Flow rate: mL/hr   3. Order 500 ml 0.45% NS IV with 25,000 U heparin to infuse at 500 U/h Flow rate: U/Hr? 4. Order 25,000 U heparin IV per Liter D5W. On rounds you assess the patient and observe that the infusion pump...
A patient receives an IV of 20,000. units of heparin in a 100.0 mL bag over...
A patient receives an IV of 20,000. units of heparin in a 100.0 mL bag over 45.0 minutes. If the pump is calibrated to 15.0 drops/mL, what is the drops per minute rate?
order: infuse heparin 1000 U/hr continuous IV. available: heparin 25000 U in 250 ml 0.45% NS....
order: infuse heparin 1000 U/hr continuous IV. available: heparin 25000 U in 250 ml 0.45% NS. what is the pump setting
An IV containing heparin in 500 mL of NS is to infuse at 30 mL per...
An IV containing heparin in 500 mL of NS is to infuse at 30 mL per hour. What is the infusion time?
A physician writes an order for Heparin to be 700 units/hr. The IV bag label reads 20,000 units Heparin in 500 mL D5W
1. A physician writes an order for Heparin to be 700 units/hr. The IV bag label reads 20,000 units Heparin in 500 mL D5W (dextrose 5% water). How many ml/hr will deliver the correct dose?2. A patient is receiving 500 mL of an IV solution. How long will it take to infuse the patient (give them the entire dose intravenously) if the flow rate was set at 35 drops per minute and the drop factor listed on the tubing is...
A physician orders NS with 20,000 Units Heparin/Liter @ 2500 Units/hr. You have available Heparin 5,000 Units/ml in a 5 ml vial. How many ml of heparin will be needed to prepare one liter of the solution?
A physician orders NS with 20,000 Units Heparin/Liter @ 2500 Units/hr. You have available Heparin 5,000 Units/ml in a 5 ml vial. How many ml of heparin will be needed to prepare one liter of the solution? A. 5 ml B. 20 ml C. 4 ml D. 25 ml
Order: Heparin​ 25,000 units in​ 1,000 mL​ 0.09% NS, infuse at 100​ mL/h. Calculate the units...
Order: Heparin​ 25,000 units in​ 1,000 mL​ 0.09% NS, infuse at 100​ mL/h. Calculate the units per day to determine if the dose is within the normal daily range ​(20,000dash–​40,000 units in 24​ h). A. ​2,500 units/day is not within the normal daily range. B. ​25,000 units/day, which is within the normal daily range. C. ​60,000 units/day is not within the normal daily range. D. ​60,000 units/day, which is within the normal daily range.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT