Answer:
$5,346.98
Explanation:
Initial cash flow = 76,000
Discount rate = 5%
Suppose the C.F. in the 7th year is x which will flow till perpetuity
Present value of annual cash flow till perpetuity = Annual cash flow / Discount rate
PV at the 7th year = x/0.05
Discount factor = (1 + r)^n
Discount rate = 5%
Years D. factor Cash flows
0 0 76,000
1 0.952381 -
2 0.907029 -
3 0.863838 -
4 0.822702 -
5 0.783526 -
6 0.746215 -
7 0.710681 x/0.05
So, 76000 = 0.710681 *(x/0.05)
76000 / 0.710681 = x / 0.05
x = 76000 / 0.710681 * 0.05
x = 5346.98408990813
x = 5346.98
Hence, if the interest rate is 5%, $5346.98 will be received annually from the 7th year
Answer:
Bradford's estimated variable manufacturing overhead cost is $127,200
Explanation:
The cost function=$83,000+$12M
where M stands for machine hours required to produce the expected output in the month under review.
Each one-six unit case of Bradford's single product requires two machine hours,hence 5,300 cases would require 10,600 hours(5,300*2hrs).
Total estimated variable manufacturing overhead=cost per machine hour*expected number of machine hours
cost per machine hour is $12 as seen in the cost function
estimated variable manufacturing overhead=$12*10,600=$127,200
The answer to the question is the least privilege policy.
The least privilege policy refers to a concept in computer security where users in a computer network are limited in terms of their ability to access things in the network according to the level of access needed for them to do their job. Thus, a person who works in Finance for example, would have a higher level of access compared to someone who works in Operations.
Answer:
Value of closing inventory = $25771.04
Explanation:
To calculate the value of ending inventory under a periodic average cost method, we will calculate the average price per unit of inventory at the end of the month. To calculate the average price per unit, we simply divide the total cost of the inventory by the total number of units for the month.
Average cost per unit = Total cost of all units for the month / Total units available for the month
<u />
<u>Total cost of all units:</u>
Beginning inventory (485 * 66) 32010
Purchase 1 (725 * 69) 50025
Purchase 2 (364 * 71) <u> 25844</u>
Total 107879
<u>Total Units</u>
Beginning Inventory 485
Purchase 1 725
Purchase 2 <u>364</u>
Total 1574
Average cost per unit = 107879 / 1574
Average cost per unit = $68.54
Units of closing inventory = 1574 - 1198 = 376 units
Value of closing inventory = 376 * 68.54
Value of closing inventory = $25771.04
