Answer:
the expected growth rate is 9%
Explanation:
The computation of the expected growth rate is shown below:
As we know that
Retention ratio = (1 - dividend payout ratio)
So,
Retention ratio = (1 -0.25) = 0.75
Now
Growth rate = Retention ratio × ROE
= 0.75 × 12
= 9%
hence, the expected growth rate is 9%
We simply applied the above formula so that the correct value could come
And, the same is to be considered
2. Prepare the necessary journal entries. (If no entry is required for a transaction/event, select "No journal entry required" in the first account field. Enter your answers in millions (i.e., 10,000,000 should be entered as 10).)
1. Record compensation expense on December 31, 2016.
2. Record any tax effect related to compensation expense recorded in 2016.
3. Record compensation expense on December 31, 2017.
4. Record any tax effect related to compensation expense recorded in 2017.
5. Record the exercise of the options on March 20, 2021 when the market price is $12 per share.
6. Record any tax effect related to the exercise of the options.
Answer:
Explanation:
1. Determine the total compensation cost pertaining to the stock option plan:-
Estimated fair value per option $2
X Option granted 40 million
Total compensation $ 80 million
Answer:
the amount of the fire loss is $16,000
Explanation:
The computation of the amount of the fire loss is shown below
January 1 inventory $48,000
Add purchases $46,000
Goods Available $94,000
Less Cost of Goods Sold ($90,000 × 100 ÷ 125) $72,000
Less Cost of undamaged goods ($7,500 × 100 ÷ 125) $6,000
Goods Lost by Fire $16,000
hence, the amount of the fire loss is $16,000
The question is incomplete. Here is the complete question.
Arden Company reported the following costs and expenses for the most recent month: Direct materials $ 79,000 Direct labor $ 41,000 Manufacturing overhead $ 19,000 Selling expenses $ 22,000 Administrative expenses $ 34,000 Required:
1) What is the total amount of product costs?
2) What is the total amount of period costs?
3) What is the total amount of conversion costs?
4) What is the total amount of prime costs?
Answer:
(1) product cost = $139,000
(2) period cost = $56,000
(3) conversion cost = $60,000
(4) prime cost = $120,000
Explanation:
(1) The total product costs can be calculated as follows.
= Direct material + direct labor + manufacturing overhead
= $79,000 + $41,000 + $19,000
= $139,000
(2) The period cost can be calculated as follows
= selling expenses + administrative expenses
= $22,000 + $34,000
= $56,000
(3) The conversion cost can be calculated as follows
= direct labor + manufacturing overhead
= $41,000 + $19,000
= $60,000
(D) The prime cost can be calculated as follows
= Direct material + direct labor
= $79,000 + $41,000
= $120,000
Answer:
Debit Credit
June 10 Accounts Receivables $8400
Merchandise $8400
June 12 Merchandise $500
Accounts Receivables $500
June 19 Cash 7663
Discount 237
Accounts Receivables $7900
Explanation:
The transactions in Cullumber's books include sales revenue, accounts receivable, sales returns and allowances, and finally a cash entry alongside sales discounts when Marin pays the balance due.
The transactions on the books of Cullumber Company would be recorded as follows:
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Answer:
$56,520
Explanation:
As per given data
Year Sales Working Capital 18%
0 $279,000 ($50,220)
1 $308,000 ($5,220)
2 $314,000 ($1,080)
3 $314,000 $0
4 $314,000 $56,520
As the sales value of year 2, 3 and 4 are same, as capital is adjusted in year 2 and company has equal working capital required in year 3, years 4 is the last year of the project so, working capital will be recovered from the project
Net Working capital will be reimbursed at the end of the project. The accumulated value of investment in working capital will be recorded as cash inflow in the analysis.
Answer:
January 1, 2022
Dr. Cash $508,800
Dr. Discount on Bond $21,200
Cr. Bond Payable $530,000
Explanation:
The bond is issued on discount when the bond issuance proceeds are less than the face value of the bond. The discount is expensed over the bond period until maturity. It is added to the interest expense value to expense it.
Issuance value = $530,000 x 96% = $508,800
Discount on the bond = Face value - Issuance value = $530,000 - $508,800 = $21,200
If market interest rates rise after a bond is issued, the bond's price will decrease to remain competitive. To determine the price you'd pay for a bond with higher prevailing interest rates, you discount the bond's future payments by the current market rate. In this case, you'd likely pay less than the bond's face value due to the interest rate increase from 6% to 9%.
When a bond is issued, its face value and interest payments are based on the current interest rates. If the market interest rates increase, as in the scenario from 6% to 9%, the bond's fixed interest payments become less attractive compared to new bonds on the market offering higher rates. As a result, the existing bond's price will decrease to offer a potential investor the same effective yield as the new bonds issued at the higher rate. Therefore, if you are considering buying a $10,000 bond one year before its maturity when the market interest rate is 9%, you would expect to pay less than the face value of $10,000.
To calculate what you would be willing to pay for the bond, you need to discount the bond's remaining payments (interest and principal) back to their present value at the current market rate of 9%. Assuming annual interest payments, you would be entitled to one more interest payment of $600 (6% of $10,000) and the repayment of the $10,000 principal at maturity. Discounting these amounts back at 9% would give you the price you should be willing to pay today.
Using the formula for present value (PV) of a single payment, PV = FV / (1 + r)n, where FV is the future value, r is the interest rate, and n is the number of periods, calculate the present value of the interest payment and the principal, then sum them for the total price of the bond.
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