Answer:
Task a:
The answer is $24,500.
Task b:
The answer is 17%
Explanation:
<h2>Task a:</h2><h3>What is the maximum amount of new capital that can be raised at the LOWEST component cost of EQUITY?</h3><h3>Solution:</h3>
We already know the following:
Projected net income = $21,000
Payout ratio = 30%
Retention ratio = 70%
Debt share = 40%
Equity share = 60%
Maximum amount of capital to be raised at the lowest component cost of equity = Projected net income ×
= $21,000 × 
= $24,500
<h3>Answer:</h3>
The maximum amount of new capital that can be raised at the lowest component of equity is $24,500.
<h2>Task b:</h2><h3>What is the component cost of equity by selling new common stock?</h3><h3>Solution:</h3>
k(e) (component cost of external equity) = [Dividend (D0)(1 + growth) / stock price(1 - flotation cost)] + growth
Formula:
k(e) =
+ 0.05
Where
Do = $2.00
G = 0.05
P = $21/88
= ($2.00(1 + 0.05) / $21.88(1-.20)) + 0.05
= ($2.10/$21.88(1-.20)) + 0.05
= ($2.10/$21.88(0.80) + 0.05
= 0.17 or 17%
<h3>Answer: </h3>
The component cost of equity by selling new common stock = 17%
Answer:
We do this so that people can see your business and how it is
Answer:
<em>The OIG's Workplan</em>
Explanation:
Work planning process for the Office of Inspector General (OIG) has always been vibrant and improvements have been created during the year to satisfy objectives, and with the available resources to anticipate and respond to emerging issues.
<em>The OIG Work Plan establishes various projects, such as OIG audits and evaluations which are yet to be established or arranged to be tackled by OIG's Audit Services Office and Evaluation and Inspections Office during the fiscal year and beyond.</em>
Answer:
V = $1,400,000 - $130,000t
Explanation:
Data provided in the question:
Cost of the new building = $1,400,000
Useful life = 10 years
Scrap value = $100,000
Now,
using the straight line method
Annual depreciation = [ Cost - Scrap value ] ÷ Useful life
= [$1,400,000 - $100,000 ] ÷ 10
= $130,000
Value of building = Cost of the building - Depreciation for 10 years
V = $1,400,000 - [ Annual depreciation × Time ]
V = $1,400,000 - $130,000t