Answer:
D) 8.18 million
Explanation:
EBIT=80-52
=$28 million
EVA=net operating profit after tax-(capital invested×WACC)
=$28 m (1-0.4)-($115 m ×.075)
=$8.18 million
Answer:
1. Depreciation Expense 2.Credit 3. Accumulated Depreciation
Explanation:
Depreciation is an expense. An increase in expense is always recorded as Debit.
Accumulated Depreciation is an allowance or reserve account which is credited till the time asset is in use.
2. Issued $1,050 of supplies from the materials inventory.
3. Purchased $25,100 of materials on account.
4. Paid for the materials purchased in the transaction (1) using cash.
5. Issued $30,100 in direct materials to the production department.
6. Incurred direct labor costs of $25,500, which were credited to Wages Payable.
7. Paid $21,600 cash for utilities, power, equipment maintenance, and other miscellaneous items for the manufacturing shop.
8. Applied overhead on the basis of 110 percent of direct labor costs.
9. Recognized depreciation on manufacturing property, plant, and equipment of $5,100.
The following balances appeared in the accounts of Sunset
Products for March:
Beginning Ending
Materials Inventory $9,150 _____
Work-in-Process Inventory $16,600 _____
Finished Goods Inventory $65,100 $36,600
cost of goods sold $73,100
Prepare T-Accounts to show the flow of costs during the period from materials inventory through the cost of goods sold.
Sunset products
Journal entry
1. Dr Material 20500
Cr Account payable 20500
(Material purchased on account)
2. Dr work in process 1050
Cr Material 1050
(material issued)
3. Dr Material 25100
Cr Accounts payable 25100
( Material purchased on account )
4. Dr Accounts payable 20500
Cr Cash 20500
(Paid for material purchased on account)
5. Dr Work in process 30100
Cr Material 30100
( Direct material issued to production department)
6. Dr Work in process 25500
Cr Wages payable 25500
( Direct labor cost incurred)
7. Dr Factory overhead 21600
Cr Cash 21600
( Paid cash for utilities)
8. Dr Work in process (25500*110%) 28050
Cr Applied overhead 28050
(Applied overhead)
9. Dr Factory overhead 5100
Cr Accumulated depreciation 5100
(To record depreciation)
T-account
Work in process Material
Dr___________Cr____ DR ___________CR
16600------ 9150 -----
1050 ----- 20500 ---- 1050
30100 ----- 25100--- 30100
25500---
28050---
Accounts payable Cash
Dr____________Cr_ DR ___________Cr
--- 20500 ---- 20500
----- 25100 ----21600
20500-----
Factory overhead Wages payable
Dr ____________Cr Dr _____________Cr
21600---
-----25500
5100---
Applied factory overhead Accumulated depreciation
Dr_____________Cr Dr ___________Cr_
----28050 ---5100
Cost of goods sold Finished goods
Dr_____________Cr Dr ______________Cr
( open) 65100 ---
101300 --- 36600 (end)
Dr Finished goods 101300
Cr Work in process 101300
(move work in process to finished goods)
Dr Cost of goods sold 129800
Finishd goods 129800
(move finished goods to cost of goods sold)
If the collection of gap values contains 1, ShellSort will correctly sort an array using that collection. the InsertionSort method The normal insertion sort is identical to interleaved with a gap of 1.
An expanded variant of the insertion sort algorithm is shell sort. In order to lessen the distance between the components to be sorted, it first sorts those that are far apart from one another. Based on the chosen sequence, the space between the pieces is compressed.
We start by selecting a gap size, which establishes the distance between the values in a subsequence. In the case of a starting gap size of 6, for instance, the first subsequence would contain values at positions 1, 7, 13, 19, and so forth, whereas the second subsequence would contain values at positions 2, 8, 14, 20, and so forth.
To know more about Shellsort visit: brainly.com/question/23609675
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Answer:
1. Prepare a schedule of cost of goods manufactured
schedule of cost of goods manufactured
Direct labor cost $83,000
Raw Materials $133,000
Manufacturing overhead $202,000
Add Beginning Work In Process $5,900
Less Ending Work In Process ($20,500)
cost of goods manufactured $403,400
2. Prepare a schedule of cost of goods sold
schedule of cost of goods sold
Begining Finished goods $74,000
Add cost of goods manufactured $403,400
Less Ending Finished goods ($25,100)
Add Under- Applied Overheads $22,000
cost of goods sold $473,300
3. Prepare an income statement.
Sales $658,000
Less cost of goods sold ($473,300)
Gross Profit $184,700
Less Operating Expenses
Selling expenses ($106,000)
Administrative expenses ($46,000)
Net Income $ 32,700
Explanation:
1. Prepare a schedule of cost of goods manufactured
Raw Materials Consumed in Production
Begining Raw Materials Inventory $8,800
Add Raw material purchases $135,000
Less Ending Raw Materials Inventory ($10,800)
Raw Materials Consumed in Production $133,000
schedule of cost of goods manufactured
Direct labor cost $83,000
Raw Materials $133,000
Manufacturing overhead $202,000
Add Beginning Work In Process $5,900
Less Ending Work In Process ($20,500)
cost of goods manufactured $403,400
2. Prepare a schedule of cost of goods sold
Actual manufacturing overhead costs ($224,000) > Applied Manufacturing overhead($202,000)
Under- Applied Overheads
Applied Manufacturing overhead $202,000
Actual manufacturing overhead costs $224,000
Under- Applied Overheads $22,000
schedule of cost of goods sold
Begining Finished goods $74,000
Add cost of goods manufactured $403,400
Less Ending Finished goods ($25,100)
Add Under- Applied Overheads $22,000
cost of goods sold $473,300
3. Prepare an income statement.
Sales $658,000
Less cost of goods sold ($473,300)
Gross Profit $184,700
Less Operating Expenses
Selling expenses ($106,000)
Administrative expenses ($46,000)
Net Income $ 32,700
Answer:
$38,851 approx
Explanation:
As per the information provided in the question, the minimum annual rate of return would be at-least equal to the usual rate of return the investor (here uncle) earns. Here it is 9% per annum.
Anything earned below this rate of return will not satisfy the investor since this represents the minimum required rate of return.
A=
Where A= Amount
P= Principal
r= Annual Rate Of Interest
n= period of loan
Therefore, A=
A= $38,850.87 or $38,851 approx.
Rating
Default Risk Premium
U.S. Treasury —
AAA 0.60%
AA 0.80%
A 1.05%
BBB 1.45%
National Transmissions Corp. issues thirteen-year, AA-rated bonds. What is the yield on one of these bonds? (Hint: Disregard cross-product terms; that is, if averaging is required, use an arithmetic average.)
10.58%
11.78%
6.00%
2. Based on your understanding of the determinants of interest rates, if everything else remains the same, which of the following will be true?
A) The yield on a AAA-rated bond will be lower than the yield on a AA-rated bond.
B) The yield on a AAA-rated bond will be higher than the yield on a BB-rated bond.
Answer:
Answer for the question:
"1. The real risk-free rate (r*) is 2.80% and is expected to remain constant into the future. Inflation is expected to be 6.80% per year for each of the next two years and 5.60% thereafter.
The maturity risk premium (MRP) is determined from the formula: 0.10 x (t – 1)%, where t is the security’s maturity. The liquidity premium (LP) on all National Transmissions Corp.’s bonds is 1.20%. The following table shows the current relationship between bond ratings and default risk premiums (DRP):
Rating
Default Risk Premium
U.S. Treasury —
AAA 0.60%
AA 0.80%
A 1.05%
BBB 1.45%
National Transmissions Corp. issues thirteen-year, AA-rated bonds. What is the yield on one of these bonds? (Hint: Disregard cross-product terms; that is, if averaging is required, use an arithmetic average.)
10.58%
11.78%
6.00%
2. Based on your understanding of the determinants of interest rates, if everything else remains the same, which of the following will be true?
A) The yield on a AAA-rated bond will be lower than the yield on a AA-rated bond.
B) The yield on a AAA-rated bond will be higher than the yield on a BB-rated bond."
is explained in the attachment.
Explanation:
The yield on National Transmissions Corp.'s thirteen-year, AA-rated bond is 12.20%. Additionally, a AAA-rated bond will have a lower yield than a AA-rated bond due to lower default risk.
To calculate the yield on the bond, we take into account the real risk-free rate (r*), the inflation rate, the default risk premium (DRP), the maturity risk premium (MRP), and the liquidity premium (LP). Note that the inflation rate is given for two different periods, so we take the average of the two (6.80% and 5.60%).
The formula to calculate yield is: r = r* + Inflation rate + MRP + DRP + LP
Hence, the yield on the bond = 2.80% + 6.20% + 1.20% + 0.80% + 1.20% = 12.20%.
For part 2 of the question, the statement A) is correct. The yield of a AAA-rated bond will be lower than that of a AA-rated bond because the default risk of AAA-rated bond is less, hence a lower default risk premium is required.
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