D5W 1000 mL is to infuse over 10 hours. Using tubing with a 60
gtt/mL drip factor, how many drops per minute should the IV fluids
be infused? ______________gtt/min
1,000 mL was to run in over 10 hours. At 4 hours you noticed 300
mL left in the bag. What was the original rate with a drop factor
of 15?_ ______ How would you recalculate the rate to catch up?
_______ Is it safe to change this to the new rate? _________
1. Order: heparin 1000 units in D5W 500 mL at 50 mL/hr Calculate the CONCENTRATION of the
solution2. Order: heparin 1000 units in D5W 500 mL at 50 mL/hr Calculate the INFUSION rate in the volume per
minute3. Order: heparin 1000 units in D5W 500 mL at 50 mL/hr Calculate the INFUSION rate in
volume/hr4. Order: heparin 1000 units in D5W 500 mL at 50 mL/hr Calculate the INFUSION rate in
concentration/MIN5. Order: heparin 1000 units in D5W 500 mL...
20). A physician orders 4 L intravenous fluids for a dehydrated
patient to be administered over a period of 24 hours using an
intravenous set that delivers 15 drops/mL. Calculate the drip rate
in a) drops per minute and in b) milliliters per hours.22). A physician orders a 2-g vial of a drug to be added to 500
mL. of D5W. If the administration rate is 125 mL/h, how many
milligrams of the drug will a patient receive per minute?24)....
*An IV of D5W 500 mL was ordered to infuse over 10 hr at a rate
of 13 gtt/min (13 macrogtt/min). Drop factor: 15 gtt/mL After 3 hr,
you notice that 300 mL of IV solution is left. Recalculate the rate
in gtt/min for the remaining solution. _________________gtt/min
* An IV of 1,000 mL D5 1/2 NS has been ordered to infuse at 125
mL/hr. Drop factor: 15 gtt/mL The IV was hung at 7 AM. At 11 AM,
you...