Answer:
A) Year 1 cost of goods sold
B) Year 2 cost of goods sold
D) Year 2 beginning inventory
Explanation:
A) Year 1 expense of merchandise sold : The Current year cost of Goods Sold is processed by deducting finishing stock from Opening Inventory and Purchases made during the year. So in the event that the completion stock isn't right, at that point the result of above calculation will not be right so the Year 1 expense of merchandise sold for example (Current year cost of Goods Sold) will be inaccurate.
D) Year 2 starting stock: year 2 starting stock is equivalent to year 1 completion stock. So on the off chance that off-base stock estimation is made at end of earlier year, at that point current year opening worth will be carried on as off-base.
B) Year 2 expense of merchandise sold: The explanation is same as ans q(i.e. Year 1 expense of merchandise sold) as off-base convey forward opening stock worth will bring about wrong calculation of cost of products sold for year 2.
Answer:
the dialectic method
Explanation:
Based on the information provided within the question it can be said that the process that is being used is known as the dialectic method. This is a form of research in which competing ideas, perspectives, or arguments are analyzed in order to understand the potential truths, advantages, and disadvantages of the aspects being discussed.
Answer:
The correct answer is letter "B": Often reveal products that were under- or over-costed by traditional costing systems.
Explanation:
Activity-Based Costing or ABC is a managerial accounting method that assigns certain indirect costs to the products incurring the bulk of those costs. ABC is primarily used in the manufacturing sector to make a better calculation of the true cost of production per unit. Compared to the traditional costing method, ABC spots products that could be under-costed or over-costed.
Answer:
13.86%
Explanation:
34% was invested into stock X with an expected return of 11%
22% was invested into stock Y with an expected return of 18%
44% was invested into stock Z with an expected return of 14%
The expected return on the portfolio can be calculated using the formula below
Expected return= Sum of ( weight of stock×return of stock)
= (0.34×11%)+(0.22×18%)+(0.44×14%)
= 3.74+3.96+6.16
= 13.86%
Hence the expected return on the portfolio is 13.86%
Answer:
See below
Explanation:
The importance of establishing control in this case stems from the fact that as the points in these type of charts exceed beyond the set limits, it is possible that those points get eliminated and a revised value of R can be obtained. Accordingly, the limits and the center line also get revised on an R chart and x chart. This also allows for the limits to get tighter on both of the charts.
