Answer:
Option B is correct
The maximum price to be paid is = $64000
Explanation:
To determine the the maximum price we would compute using the relevant costs of internal production.
<em>The maximum price to be paid to external supplier should be the total relevant costs associated with internal production.</em>
Total relevant cost of internal production = 34,000 + 15,000 +9000 + 6000
The maximum price to be paid is = $64000
Note that the fixed overhead of $6000 is associated with the internal production the balance of 4,000 is irrelevant and would be incurred either way.
Answer:
D1 = $3.50
D2 = $3.50
D3 = $3.50
Ke = 10% = 0.1
Po = <u>D1</u> + <u>D2</u> + <u>D3
</u>
(1+ke) (1+ke)2 (1+ke)3
Po = <u>$3.50</u> + <u>$3.50</u> + <u>$3.50
</u>
(1+0.1) (1+0.1)2 (1+0.1)3
Po = $3.18 + $2.89 + $2.63
Po = $8.70
None of the above
Explanation:
In this scenario, we need to discount the dividend in each year by the required at rate of return of 10%. The aggregate of the price obtained as a result of discounting in year 1 to year 3 gives the current market price.
Answer: Option (b) is correct.
Explanation:
Given that,
Revenues = $300,000
Merchandise it purchased = $75,000
Salaries paid = $14,000
Owners invested = $23,000
Borrowed on a five-year note = $23,000
Interest paid = $3,000
Paid for a two-year insurance policy = $6,800
Income tax rate = 9%
Gross Margin = Revenues - Cost of Goods Sold
= $300,000 - $75,000
= $225,000
Profit before tax = Gross Margin - Salaries - Insurance payment - Interest
= $225,000 - 14,000 - 3,400 - 3,000
= $204,600
Net Income = Profit before tax - Tax at 9%
= $204,600 - 18,414
= $186,186
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Answer: why did u delete my answer
Explanation:
