On the second day of hospitalization, Mrs. Turner's orders call for 500 mg of azithromycin to be delivered in a 250 mL IV solution over 3 hours. The dose will be delivered using IV tubing with a drop factor of 10 (10 gtt = 1 mL).

What is the appropriate rate of flow for the IV in drops per minute?

The nurse should set the IV drip at approximately 14 drops per minute to administer 500 mg of azithromycin over 3 hours using a drip factor of 10 gtt/mL.

Explanation:

To calculate the appropriate rate of flow for Mrs. Turner's IV in drops per minute, we can use the following formula:

Total Volume (mL) x Drop Factor (gtt/mL) / Time (minutes) = Flow Rate (gtt/min).

The total volume of the IV solution is 250 mL, the drop factor is 10 gtt/mL, and the time over which the IV should be administered is 3 hours (180 minutes).

Using this formula: 250 mL x 10 gtt/mL / 180 minutes = 13.89 gtt/min.

The nurse should set the IV drip to approximately 14 drops per minute to deliver the 500 mg of azithromycin as prescribed.

On the second day of hospitalization, Mrs. Turner's orders call for 500 mg of azithromycin to be delivered in a 250 mL IV solution over 3 hours. The dose will be delivered using IV tubing with a drop factor of 10 (10 gtt = 1 mL).What is the appropriate rate of flow for the IV in drops per minute?

Answer :

Final answer:

Explanation:

Other Questions

On the second day of hospitalization, Mrs. Turner's orders call for 500 mg of azithromycin to be delivered in a 250 mL IV solution over 3 hours. The dose will be delivered using IV tubing with a drop factor of 10 (10 gtt = 1 mL).

What is the appropriate rate of flow for the IV in drops per minute?