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A 1–6 mg/min dosage is ordered. The solution strength is 6 g/500 mL.

Calculate the flow rate for:

- Lower dosage (mL/hr)
- Upper dosage (mL/hr)

Answer :

Final answer:

The flow rate for the lower dosage (1 mg/min) is 83.33 mL/hr and the flow rate for the upper dosage (6 mg/min) is 499.98 mL/hr.

Explanation:

To calculate the flow rate for different dosages, we can use the formula:

Flow rate (mL/hr) = Dosage (mg/min) * Solution strength (mL/g)

In this case, the dosage is given as 1–6 mg/min and the solution strength is 6 g/500 mL. To calculate the flow rate, we first need to convert the solution strength to mL/g by taking the reciprocal:

Solution strength (mL/g) = 500 mL/6 g = 83.33 mL/g

Now, we can calculate the flow rate for the lower dosage (1 mg/min) and the upper dosage (6 mg/min) by substituting the respective dosages into the formula:

Flow rate for lower dosage:

Flow rate (mL/hr) = 1 mg/min * 83.33 mL/g = 83.33 mL/hr

Flow rate for upper dosage:

Flow rate (mL/hr) = 6 mg/min * 83.33 mL/g = 499.98 mL/hr

Learn more about calculating flow rate for different dosages here:

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