The physician orders $$ 3 / 4 $$ strength Isomil $$ 16 \mathrm{fl} \mathrm{oz} \mathrm{p.o}. \mathrm{q} $$.4 h for 24 h Step 2 of $$ 3: $$ What is the required amount of solvent, in milliliters, for this order? Answer

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We begin by determining the concentrate and solvent volumes for each 16‑fl oz dose.

1. Since the order is for a $$ \frac{3}{4} $$ strength formula, the concentrate used per dose is

$$
16 \text{ oz} \times \frac{3}{4} = 12 \text{ oz}.
$$

2. The solvent needed per dose is the difference between the total volume and the concentrate volume:

$$
16 \text{ oz} - 12 \text{ oz} = 4 \text{ oz}.
$$

3. The order is to be administered every 4 hours for 24 hours. Thus, the number of doses is

$$
\frac{24 \text{ h}}{4 \text{ h/dose}} = 6 \text{ doses}.
$$

4. The total amount of solvent required for the order is

$$
4 \text{ oz/dose} \times 6 \text{ doses} = 24 \text{ oz}.
$$

5. Converting 24 fluid ounces to milliliters using the conversion factor $$1 \text{ oz} \approx 29.57 \text{ mL}$$:

$$
24 \text{ oz} \times 29.57 \frac{\text{mL}}{\text{oz}} \approx 709.68 \text{ mL}.
$$

Thus, the required amount of solvent for this order is approximately

$$
710 \text{ mL}.
$$
The required amount of solvent is approximately 710 milliliters.

The physician orders strength Isomil .4 h for 24 h
Step 2 of What is the required amount of solvent, in milliliters, for this order?
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The physician orders strength Isomil .4 h for 24 h Step 2 of What is the required amount of solvent, in milliliters, for this order? Answer