Final answer:
The drip rate for this IV is 18.75 drops per minute.
Step-by-step explanation:
To calculate the drip rate for this IV, we need to use the formula:
Drip Rate = Volume / Time
In this case, the volume is 1500mL and the time is 8 hours, so:
Drip Rate = 1500mL / 8 hours = 187.5 mL/hour
Since the tubing has a drop factor of 10, we divide the drip rate by 10 to get the number of drops per minute:
Drip Rate (drops/minute) = 187.5 mL/hour / 10 = 18.75 drops/minute
So, the drip rate for this IV is 18.75 drops per minute.