# Volume Variance  ## What is Volume Variance?

Volume Variance is an assessment tool that checks if there is a difference in actual quantity consumed or sold and its budgeted quantities and usually expressed in monetary terms by multiplying the difference between the two with the standard price per unit. The volume variance is considered to be favorable if the actual number of units consumed is lower than the standard number of units required as raw materials. On the other hand, if the actual number of units consumed is more than the standard number of units, then it is considered an unfavorable or adverse.

### How to Calculate Volume Variance?

For eg:
Source: Volume Variance (wallstreetmojo.com)

It can be calculated by using the following steps:

Step 1: Firstly, determine the actual number of units consumed in case of material yield variance or the actual number of units sold in case of sales volume variance.

Step 2: Next, determine the budgeted number of units planned for consumed in case of material yield variance or the budgeted number of units planned to be sold in case of sales volume variance.

Step 3: Next, calculate the variance in the number of units consumed by the actual number of units (step 1) from deducting the budgeted number of units (step 2) for material yield variance. On the other hand, the variance in the number of units sold by deducting the budgeted number of units (step 2) from the actual number of units (step 1) for sales volume variance.

Step 4: Next, determine the budgeted cost per unit and budgeted price per unit for material yield variance and sales volume variance, respectively.

Step 5: Finally, the formula for material yield variance can be calculated by multiplying the variance in the number of units consumed (step 3) and the budgeted cost per unit (step 4) as shown below,

Material yield variance = (Budgeted no. of units consumed – Actual no. of units consumed) x Budgeted cost per unit.

The formula for sales volume variance can be calculated by multiplying the variance in the number of units sold (step 3) and the budgeted price per unit (step 4) as shown below,

Sales Volume Variance = (Actual no. of Units Sold – Budgeted no. of Units Sold) * Budgeted price per unit.

### Examples

Let us understand the examples.

You can download this Volume Variance Excel Template here – Volume Variance Excel Template

#### Example #1

Let us take the example of a manufacturing unit to illustrate the concept of material yield variance. As per industry benchmark, the unit estimated that it would require 100 tons of limestone at an estimated price of \$75 per kg for the previous month. However, the unit used only 95 tons during the month. Determine the material yield variance in this case.

Given,

• Budgeted no. of units consumed = 100 tons
• Actual no. of units consumed = 95 tons
• Budgeted cost per unit = \$75 * 1000 = \$75,000 per ton

Therefore, the material yield variance for the previous month can be calculated as,

• = (100 – 95) * \$75,000
• = \$375,000

Therefore, the material yield variance was \$375,000 favorable.

#### Example #2

Let us take the example of a departmental store to illustrate the concept of sales volume variance. The store estimated that it would be able to sell 4,000,000 bottles of mineral water during the Q2FY19 at an estimated price of \$1.10 per bottle. The budget was made on the basis of the sales volumes achieved during the last few quarters. However, when the real results of the quarter unfolded, the store realized it would achieve sales of 3,500,000 bottles. Determine the sales volume variance in this case.

Given,

• Budgeted no. of units sold = 4,000,000
• Actual no. of units sold = 3,500,000
• Budgeted price per unit = \$1.10

Therefore, the sales volume variance for Q2FY19 can be calculated as,

• = (3,500,000 – 4,000,000) * \$1.10
• = -\$550,000

### When it can Arises?

A volume variance arises only in those cases where a business decides the budgeted plan on the basis of theoretical standards, which are practically not achievable due to various operational shortcomings. However, It can be avoided by setting budgeted plans according to attainable standards; wherein all the operational challenges are accounted for with reasonable assumptions.