## How do you calculate alligation?

How alligation works?

- Step 1: Identify the data given. Higher concentration=10% w/v.
- Step 2: Convert all the data into similar form and units. Here all the concentration terms are expressed in % w/v terms, hence no need to convert the format.
- Step 3 : Apply alligation. Let’s indicate alligation ratio as H:L.

## What kind of math is used in pharmacy technician?

On the job, you’ll use math concepts such as percentages, algebra, ratios and fractions to measure out medication, fill prescriptions and keep tabs on the pharmacy’s inventory. It’s important for you to understand math concepts in several measurement systems so customers get the correct amount of medication needed.

**How is e value calculated in pharmacy?**

First step is to memorize the equation.

- E= [58.5 x i] / [MW x 1.8] Got it? Good, then understand each value.
- 1 = 1 | 2 = 1.8 | 3 = 2.6 | 4 = 3.4 | 5 = 4.2. Next step is to understand what they actually means. The value provided above are dissociation ions.
- E= [58.5 x i] / [MW x 1.8] E= [58.5 x 3.4] / [150 x 1.8] = 0.737.

**How to calculate alligation in Pharmacy Tech Review?**

Set up a tic-tac-toe-style grid with your “want” in the middle and your “haves” on the left side with the higher percentage written in the upper-left corner and the lower percentage in the lower-left corner. Notice that you won’t use all the boxes. Our example has the unused boxes shaded out.

### How to do pharmacy calculations for pharmacy technicians?

In Pharmacy Calculations for Pharmacy Technicians: Concentrations, Common Conversions and Abbreviations. 1000 mL = 1 L 1000 mg = 1 gm 2.54 cm = 1 inch 5 feet = 60 inches 2.2 lb = 1 kg 1 lb = 454 gm Drop = gtt Liter = L Milliliter = mL Gram = gm Milligram = mg Microgram = mcg

### What are the key words in pharmacy math alligation?

The key words which indicate that this is an alligation problem are “must be added to.” Other key words indicating alligation as the best method are “Must be combined” and “must be mixed.” In this problem, 40% is the desired strength and must be placed in the center of the matrix.

**Which is the best way to calculate pharmacy problems?**

1. Compute pharmacy problems by using ratio and proportion or dimensional analysis. 2. Compare and convert units among the pharmacy math systems, especially the metric system. 3. Calculate quantity and day supply. 4. Calculate doses based on weight and body surface area. 5. Calculate intravenous (IV) flow rates. 6.