The patient has Levaquin 500 mg ordered once daily. The Levaquin is available in 150 mL of NS and should infuse over 1 hour. Using tubing with a 15 gtt/mL drip factor, how many drops per minute should the Levaquin be infused?

38 gtt/min CALCULATION: 150mL*15 gtt per mL/60 min More test answers on https://studyhippo.com/iv-calculations-drop-rates/

The physician orders Doribax 250 mg twice a day. The Doribax is dissolved in 150 mL of NS and is to be infused over 1 hours and 30 minutes. Using tubing with a drop factor of 10 gtt/mL, how many drops per minute should be infused?

17 gtt/min CALCULATION: 150mL*10 gtt per mL/90 min More test answers on https://studyhippo.com/iv-calculations-drop-rates/

The physician orders fluconazole 200 mg twice a day. The fluconazole is dissolved in 250 mL of NS and is to be infused over 2 hour. Using tubing with a drop factor of 10 gtt/mL, how many drops per minute should be infused

21 gtt/min CALCULATION: 250mL*10 gtt per mL/120 min More test answers on https://studyhippo.com/iv-calculations-drop-rates/

Zyvox 600 mg IV once a day is ordered for a patient. The Zyvox is dissolved in 350 mL of NS and should infuse over 1 hour. Using tubing with a drop factor of 20 gtt/mL, how many drops per minute should the Zyvox be infused

117 gtt/min CALCULATION: 350mL*20 gtt per mL/60 min More test answers on https://studyhippo.com/iv-calculations-drop-rates/

Tygacil 50 mg IV once a day is ordered for a patient. The Tygacil is dissolved in 150 mL of NS and should infuse over 30 minutes. Using tubing with a drop factor of 20 gtt/mL, how many drops per minute should the Tygacil be infused?

100 gtt/min CALCULATION: 150mL*20 gtt per mL/30 min More test answers on https://studyhippo.com/iv-calculations-drop-rates/

The patient has vancomycin 750 mg ordered once daily. The vancomycin is available in 250 mL of NS and should infuse over 75 minutes. Using tubing with a 10 gtt/mL drip factor, how many drops per minute should the vancomycin be infused?

33 gtt/min CALCULATION: 250 mL*10 gtt per mL/75 min More test answers on https://studyhippo.com/iv-calculations-drop-rates/

How are drops per minute rounded?

in whole numbers More test answers on https://studyhippo.com/iv-therapy-calculations/

The physician gives orders to infuse 1000 mL 0.9% NS at 200 mL/h for dehydration. Tubing drop factor is 15 gtt/mL. Calculate the flow rate in drops per minute.

50 gtt/min CALCULATION: 200mL*15gtt per mL/60 min More test answers on https://studyhippo.com/iv-calculations-drop-rates/

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Drops Per Minute Flashcards, test questions and answers

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What is Drops Per Minute?

A drop per minute (dpm) is a unit of measurement that refers to the number of drops of a liquid solution per minute. It is used in many medical and scientific applications, as well as in industrial settings. The dpm unit can also be used to measure the rate at which water flows through pipes or irrigation systems. In medical and scientific contexts, drops per minute are used to measure the rate at which liquid solutions are being administered intravenously or subcutaneously. For example, it can be used to monitor the amount of medication being administered or the rate at which fluids are delivered for hydration purposes. In industrial settings, drops per minute are often used to measure the flow rate from pumps and other equipment that require precise measurement. The accuracy of a dpm measurement depends on several factors, such as temperature and surface tension of the liquid, size and shape of the drop nozzle, pressure differences between inside and outside environments, and viscosity of the fluid being measured. The most accurate measurements use special devices known as flowmeters that measure exact volumes over time periods in order to get an accurate reading. In addition to measuring liquids, some flowmeters can also be calibrated for gases such as air or oxygen. Drops per minute measurements give valuable insight into how liquid solutions are administered in medical contexts or how various liquids move through systems in industrial settings. Knowing how much liquid is going where is important for getting desired results from any process involving liquids; understanding dpm measurements makes it easier for people involved with these processes to make proper adjustments when needed.