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If you’re aiming for a 20 mg dose from a solution that contains 10 mg per milliliter (10 mg/mL), the calculation is straightforward:

Desired dose	Concentration of solution	Volume needed
20 mg	10 mg/mL	2 mL

Explanation

1. Determine how many milligrams are in each milliliter:

The solution is labeled 10 mg per mL, meaning every milliliter contains 10 mg of the drug.

1. Set up a proportion to find the volume that yields 20 mg:

[

\frac10\text mg1\text mL = \frac20\text mgx\text mL
]

1. Solve for \( x \):

Cross‑multiply: \( 10\,x = 20 \) → \( x = 2 \) mL.

So, you need to administer 2 mL of the solution to receive a 20 mg dose.

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Quick Reference Table

Desired Dose (mg)	Volume Needed
5	1 mL
10	2 mL
15	3 mL
20	4 mL

(If the solution concentration changes, recalculate using the formula above.)

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Safety & Practical Tips

• Double‑check calculations before drawing up medication.


• Label vials clearly with "5 mg/mL" to avoid confusion.


• Use a calibrated syringe; check that the needle tip is clean and free of debris.


• Document dose, time, and patient response in the chart.

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Quick Reference Sheet

Concentration	Desired Dose (mg)	Volume Needed (mL)
5 mg/mL	10 mg	2 mL
5 mg/mL	20 mg	4 mL

(Adjust volume proportionally for other concentrations.)

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Takeaway:

1. Know the concentration (mg per mL).


2. Divide the desired dose by that concentration to find the volume.


3. Use the syringe’s markings or a calibrated dropper for accuracy.

If you’re ever unsure, https://www.valley.md/ double‑check with a colleague or your unit’s medication chart—patient safety first!