How much furosemide (lasix) should be drawn up for a client weighing 24 kg when the order is 2 mg/kg?

How much furosemide (lasix) should be drawn up for a client weighing 24 kg when the order is 2 mg/kg?

• A. 0.24 mL
• B. 4.8 mL
• C. 2.4 mL
• D. 0.48 mL

Answer: (B)

To determine the correct dosage of furosemide (Lasix) for a client weighing 24 kg, you start with the prescribed dosing of 2 mg per kilogram of body weight. This means the total dose needed for the client is calculated by multiplying the weight by the dosage per kilogram. First, calculate the total dose: Total dosage (in mg) = weight (in kg) × dosage (in mg/kg) Total dosage = 24 kg × 2 mg/kg = 48 mg Now that we know the client requires 48 mg of furosemide, we need to convert this amount into a volume (mL) to draw up. Assuming the concentration of furosemide is known (for instance, if it is available as a solution with a concentration of 10 mg/mL), you divide the total milligrams required by the concentration to find the volume to administer. Using a hypothetical concentration of 10 mg/mL, the volume to be drawn up is: Volume (in mL) = Total dosage (in mg) / Concentration (in mg/mL) Volume = 48 mg / 10 mg/mL = 4.8 mL This calculation demonstrates that for a client weighing

To determine the correct dosage of furosemide (Lasix) for a client weighing 24 kg, you start with the prescribed dosing of 2 mg per kilogram of body weight. This means the total dose needed for the client is calculated by multiplying the weight by the dosage per kilogram.

First, calculate the total dose:

Total dosage (in mg) = weight (in kg) × dosage (in mg/kg)

Total dosage = 24 kg × 2 mg/kg = 48 mg

Now that we know the client requires 48 mg of furosemide, we need to convert this amount into a volume (mL) to draw up. Assuming the concentration of furosemide is known (for instance, if it is available as a solution with a concentration of 10 mg/mL), you divide the total milligrams required by the concentration to find the volume to administer.

Using a hypothetical concentration of 10 mg/mL, the volume to be drawn up is:

Volume (in mL) = Total dosage (in mg) / Concentration (in mg/mL)

Volume = 48 mg / 10 mg/mL = 4.8 mL

This calculation demonstrates that for a client weighing