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:
The cost of the work transferred-out during May is $18,630
Explanation:
For computing the cost of work transferred, first we have to compute the conversion cost per unit and material cost per unit
The conversion cost per uni = Conversion cost ÷ (transferred units + work in progress)
= $11,160 ÷ (2,700 + 300 × 30%)
= $11,160 ÷ (2,700 + 90)
= $11,160 ÷ 2,790
= $4 per unit
Now, material cost per unit = Material cost ÷ (transferred units + work in progress)
= $8,700 ÷ (2,700+300)
= $8700 ÷ 3,000
= $2.9 per unit
So, total cost of the work transferred is equals to
= Transferred units × conversion cost per unit + transferred units × material cost per unit
= 2,700 × $4 + 2,700 × $2.9
= $10,800 + $7,830
= $18,630
Hence, the cost of the work transferred-out during May is $18,630
An online classroom allows you to do it without physically being there
Answer:
Total period cost under variable costing $60,000
Explanation:
The computation of the total period cost under variable costing is shown below:
Variable selling and administrative expenses (880 units × $15) $13,200
Add: Fixed selling and administrative expenses $21,120
Add: Fixed manufacturing overhead $25,680
Total period cost under variable costing $60,000
