Answer:
The correct answer is A that is smoothing out the random fluctuations.
Explanation:
The higher values of K states the greater number of the values which need to be consider for forecasting.
When consider or taking the larger or the higher value of the irregular fluctuation which could be decreased or reduced.
And as a consequence, the large value of K will be used for smoothing of the random fluctuations.
Therefore, the right answer is smoothing of the random fluctuations.
Answer: A. To build brand value
Explanation:
By moving internationally, corporations have the ability to increase demand for their products, decrease the economic volatility from their home market, and develop new customers. In most cases foreign markets also allow companies to take advantage or larger margins and of less competition.
Answer:
The correct option here is C) units in the beginning work in progress period which were completed , units which were started and completed, and units in ending work in progress.
Explanation:
FIFO ( First in first out ) method is used to take out the cost per unit when doing process costing, in this method it is assumed that the inventory which were not finished during the beginning of period would be first completed and then new shall be started.
To take out the equivalent cost per unit under the FIFO method we will add the units which were completed in the beginning plus units which were started and completed during the period and plus the units which are left in ending work in progress.
CVP analysis is more difficult because its requires costs to be broken down between variable and fixed which is not done in absorption costing.
<h3>What is a
CVP analysis?</h3>
This is an analysis that find out how changes in the firm's variable and fixed costs affect the firm's profit.
Hence, the analysis is difficult when using absorption costing than when using variable costing because its requires costs to be broken down between variable and fixed which is not done in absorption costing.
Read more about CVP analysis
<em>brainly.com/question/26654564</em>