Answer:
a.$16,370.
Explanation:
beginning WIP cost: 11,100
cost added during the period
materials 77,100
direct labor 25,100
overhead 70% of DL = 17,570
total added 119,770
Total cost to be accounted for: 130,870
Cost assignned to
transferred out 114,500
ending WIP 16.370
Total cost assigned to 130,870
As the cost to be accounted and the cost assigned to should match we contruct that and solve for the ending WIP
Answer:
The answer is: 2500 employees
Explanation:
Giving the following information we need to calculate the number of employees:
Total production= 60000
Hours per worker= 160 hours
labor productivity= 0,15
It takes to a single employee= 1/0,15= 6,67 hours to make a heater.
Each worker produces=160/6,67=24 heaters a year.
Now we can calculate the number of workers:
60000/24= 2500 employees
b. $600,000
c. $610,000
d. $625,000
Answer:
d. $625,000
Explanation:
cost of goods available for sale = cost of goods manufactured during the current period + finished goods inventory at the beginning of the period
cost of goods available for sale = $600,000 + $25,000 = $625,000
cost of goods sold = cost of goods available for sale - ending inventory = $625,000 - $40,000 = $585,000
The Cost of Goods Available for Sale is calculated by adding the Beginning Inventory and the Manufacturing Costs together, resulting in a total of $625,000.
To compute the Cost of Goods Available for Sale, you would add your Beginning Inventory (the cost of the goods on hand at the start of the period) to the cost of the purchases made during the period - which, in this case, would be the manufacturing costs. Given that there were no changes in the raw materials or work in process inventory and since the manufacturing costs incurred totaled $600,000, we can outline the following:
Beginning Inventory of finished goods = $25,000
Manufacturing costs incurred = $600,000
Thus, to calculate the Cost of Goods Available for Sale:
Cost of Goods Available for Sale = Beginning Inventory + Manufacturing Costs=> $25,000 + $600,000 = $625,000
So, the Cost of Goods Available for Sale is $625,000.
#SPJ3
b) 0.22
c) 0.73
d) 1.38
Answer: the bond's implied beta= 0.22-b
Explanation:
According to Capital Asset Pricing Model CAPM, we have that
Expected return =Rf + β(Rm - Rf)
Rm is expected return on market
β= beta of bond
Rf=risk free return
therefore
Expected return =Rf + β(Rm - Rf)
5.5 = 4.2 + β(10-4.2)
5.5=4.2+ β5.8
5.5-4.2= β5.8
1.3=β5.8
β= 1.3/5.8=0.22
Answer:
As the NPV of the project is $25 million and is positive, the owners made a correct decision to install donut makers.
Explanation:
An investment will add value when the Net Present Value of an investment is positive. The net Present Value (NPV) of an investment is the present value of all the future cash flows expected as a result of an investment less the initial cost of the project/investment.
As the cash flows from the investment will be a constant $12 million after equal intervals of time for a period of five years, this can be treated as an annuity and the NPV of the project can be calculated as the Present value of $12 million annuity less the initial cost of the investment of $25 million.
NPV = 12 * [ 1 - (1+0.066)^-5 / 0.066] - 25
NPV = $24.73 million or $25 million rounded off to the nearest million
Contribution per unit $20 $30 $40
Machine hours per unit 2.5 3.25 4.5
Which of the following would be an accurate conclusion based on these facts?
A. Since Product C has the greatest contribution margin per unit and therefore emphasizing its production and sales will lead to the highest operating income in the short-run
B. Since A takes less time to produce, maximization of operating income will occur by emphasizing production and sales of A.
C. A balanced mix of 1/3 A, 1/3 B, and 1/3 C should be the goal when maximizing operating income in the short-run.
D. Product B should be emphasized if the goal is to maximize contribution margin.
Answer:
D
Explanation:
A B C
Contribution per unit 20 30 40
Machine hours per unit 2.5 3.25 4.5
Contribution per hour 8 9.23 8.89
Product B has the highest contribution per hour .
It is stated that the capacity is constrained by the number of hours the machine can run during a period . and all products produce will be sold. This has made the machine hour the determinant factor in the situation.
Therefore product B should be emphasized if the goal is to maximize contribution margin.
Market economic system