Answer:
Consider the following explanation
Explanation:
1 First he has,reasonably detailed knowledge of the market in question
2.The second general approach is to use advanced statistical analysis to identify the data
3.Author must collect data not only related to financial aid and college graduates but also on the many variables that can effect these variables .
4.Once the data are collected (which is often much more difficult than it sounds!), the author can then use some advanced statistical techniques to estimate the parameters, including one technique called multiple regression analysis.
If the author has done all these above things on the data ,then i think that his conclusion will be correct.
The best solution to the identification problem is it requires knowledge of the various variables that effect both the financial aid and college graduates so that advanced statistical estimation can be undertaken, In either case, however, knowledge of financial aid and college graduates alone is not sufficient to identify the data and drawing conclusions on the basis of it.
Answer:
Based on the EMV value, the best choice is to use Two suppliers
Explanation:
Is necessary to consider different amount of suppliers and evaluate the cost. We will choose the number of suppliers which offers a lower cost.
- EMV1 = cost of shutdown*super event risk + cost of shutdown*unique event risk + cost of managing supplier = 480000*.02 + 480000*0.05+16000 = 9600 + 24000 + 16000 = $ 49600
- EMV2 = cost of shutdown*super event risk + cost of shutdown*unique event risk of each supplier*unique event risk of each supplier + cost of managing 2 suppliers = 480000*.02 + 480000*0.05*.05+16000*2 = 9600 + 1200 + 16000*2 = $ 42800
- EMV3 = cost of shutdown*super event risk + cost of managing 3 suppliers = 480000*.02 + 480000*0.05*.05+16000*2 = 9600 + 16000*3 = $ 57600
Based on the EMV value, the best choice is to use Two suppliers
Answer:
$23,602
Explanation:
For computing the estimated total fixed cost, first we have to determine the variable cost per unit which is shown below:
Variable cost per unit = (High cost of sales - low cost of sales) ÷ (High units sold - low units sold)
= ($59,000 - $29,400) ÷ (2,200 units - 360 units)
= $29,600 ÷ 1,840 units
= $16,09
And, the fixed cost equal to
= High cost of sales - (High units sold × Variable cost per unit)
= $59,000 - (2,200 units × $16.09)
= $59,000 - $35,398
= $23,602
This occurs when a checking account is overdrawn and doesn't have enough money in it to cover debts. A fee is charged and more funds must be added to the account.
Answer: $57,000
Explanation:
Given that,
Beginning finished goods inventory in units = 0
Units produced = 7,000
Units sold = 5,100
Sales = $663,000
Materials cost = $140,000
Variable conversion cost used = $70,000
Fixed manufacturing cost = $490,000
Indirect operating costs (fixed) = $102,000
Total Variable cost of units produced = Materials cost + Variable conversion cost used
= $140,000 + $70,000
= $210,000
=
= $30
Units in ending inventory = Units produced - Units sold
= 7,000 - 5,100
= 1,900
Value of Variable costing ending inventory = Units in ending inventory × Variable cost per unit
= 1,900 × $30
= $57,000
