How to calculate the moving weighted average unit price

Mondo Education Updated on 2024-01-29

The moving weighted average unit price is the weighting of the sales and inventory of a product over a specific period to arrive at the average unit cost over that period. It is one of the commonly used inventory management methods for businesses and can help businesses better understand product costs and sales so they can make more informed decisions.

The method of calculating the moving weighted average unit price can be divided into two steps. First, you need to calculate the weights of inventory and sales. In this process, the inventory is divided by the sum of the inventory and sales to get the weight. Second, the total cost needs to be divided by the sum of the weights to arrive at the moving weighted average unit price.

Specifically, suppose the inventory of a product is 100 units, the sales volume is 50 units, and the total cost is 1,000 yuan. Then, the moving weighted average unit price of this product can be calculated by the following formula:

Moving weighted average unit price = Total cost (inventory + sales).

6.67 yuan units.

By calculating, we can come up with a moving weighted average unit price of 667 yuan units. This result can help businesses better understand the cost and sales of their products, so they can make more informed decisions.

It is important to note that the calculation result of the moving weighted average unit price may be affected by a variety of factors, such as inventory volume, sales volume, total cost, etc. Therefore, in practical application, enterprises need to analyze and adjust the calculation results according to the actual situation.

In conclusion, the mobile weighted average unit price is a commonly used inventory management method that can help businesses better understand product costs and sales. In the calculation process, the inventory and sales are weighted and the average unit cost for the period is derived. In practical application, enterprises need to analyze and adjust the calculation results according to the actual situation.

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