Accounting Assignment
ASSIGNMENT SEMESTER
FIN 200: BUSINESS FINANCE
1.Casino.com
Corporation is building a $25 million office building in Adelaide and is
financing the construction at an 80 % loan-to-value ratio, where the loan is in
the amount of $20,000,000. This loan has a ten-year maturity, calls for monthly
payments, and is contracted at an interest rate of 8%.
Using the above information, answer the following
questions.
1. What is the
monthly payment?
2. How much of
the first payment is interest?
3. How much of
the first payment is principal?
4. How much
will Casino.com Corporation owe on this loan after making monthly payments for
three years (the amount owed immediately after the thirty-sixth payment)?
5. Should this
loan be refinanced after three years with a new seven-year 7 per cent loan, if
the cost to refinance is $250,000? To make this decision, calculate the new
loan payments and then the present value of the difference in the loan
payments.
6. Returning
to the original ten-year 8 per cent loan, how much is the loan payment if
these payments are scheduled for quarterly rather than monthly payments?
7.For this
loan with quarterly payments, how much will Casino.com Corporation owe on this
loan after making quarterly payments for three years (the amount owed
immediately after the twelfth payment)?
8. What is the
annual percentage rate on the original ten-year 8 % loan?
9. What is the
effective annual rate (EAR) on the
original ten-year 8 % loan?
2. A zero-coupon bond has a $100 face value, matures in
10 years, and currently sells for $78.12.
a.
What is the market’s required return on this bond?
b.
Suppose you hold this bond for 1 year and sell it. At the time you sell the
bond, market rates have increased to 3.5%. What return did you earn on this
bond?
c.
Suppose that rather than buying the 10-year zero-coupon bond described at the
start of this problem, you instead purchased a 10-year 2.5% coupon bond (assume
annual payments). Because the bond’s coupon rate equalled the market’s required
return at the time of purchase, you paid par value ($1,000) to acquire the
bond. Again assume that you held the bond for one year, received one coupon
payment, and then sold the bond, but at the time of sale the market’s required
return was 3.5%. What was your return for the year? Compare your answer here to
your answer in part (b).
1.McDonald’s Corporation announced an increase of their quarterly dividend
to $3.28 from $3.12 per share in 2013. This continued a
long string of dividend increases. The company has paid a cash dividend to
shareholders every year since 1976, and has increased its dividend payments for
38 consecutive years, including through the 2007–2010 global financial crisis.
Suppose you want to use the dividend growth model to value McDonald’s shares.
You believe the dividend will grow at 5% per year indefinitely, and you think
the market’s required return on this share is 11%. Let’s assume that McDonald’s
pays dividends annually and that the next annual dividend is expected to be
$US3.70 per share. The dividend will arrive in exactly one year. What would you
pay for McDonald’s shares right now? Suppose you buy the shares today, hold
them just long enough to receive the next dividend, and then sell them. What
rate of return will you earn on that investment?
4. Classify each of the following events as a source of systematic or
unsystematic risk.
a. Janet
Yellen retires as Chairman of the
Federal Reserve and Arnold Schwarzenegger is appointed to take her place.
b. Martha Stewart is convicted of insider
trading and is sentenced to prison.
c. An OPEC embargo raises the world market
price of oil.
d. A major consumer products firm loses a
product liability case.
e. The US Supreme Court rules that no employer
can lay off an employee without first giving 30 days’ notice.
5. Reynolds
Enterprises is attempting to evaluate the feasibility of investing $85,000, in
a machine having a 5-year life. The company has estimated the cash inflows associated with the
proposal as shown below. The company has a 12% cost of capital.
Year Cash
Flows
1 $18,000
2 $22,500
3 $27,000
4 $31,500
5 $36,000
a. Calculate the payback
period for the proposed investment.
b. Calculate the NPV for the proposed investment.
c. Calculate the IRR for the proposed investment.
d. Evaluate the
acceptability of the proposed investment using NPV and IRR. What
recommendation would you make relative to implementation of the project? Why?
6. Contract
Manufacturing Ltd is considering two alternative investment proposals. The
first proposal calls for a major renovation of the company’s manufacturing
facility. The second involves replacing just a few obsolete pieces of equipment
in the facility. The company will choose one project or the other this year,
but it will not do both. The cash flows associated with each project appear
below, and the company discounts project cash flows at 15%.
Year
|
Renovate
|
Replace
|
0
|
−$9,000,000
|
−$1,000,000
|
1
|
3,500,000
|
600,000
|
2
|
3,000,000
|
500,000
|
3
|
3,000,000
|
400,000
|
4
|
2,800,000
|
300,000
|
5
|
2,500,000
|
200,000
|
a. Rank these investments based on their NPVs.
b. Rank these investments based on their IRRs.
c. Why do these rankings yield mixed signals?
7. Using
a 15% cost of capital, calculate the NPV
for each of the projects shown in the following table and indicate whether or
not each is acceptable.
Project A
|
Project B
|
Project C
|
Project D
|
Project E
|
|
Year
|
Cash Flows
|
||||
0
|
–$20,000
|
–$600,000
|
–$150,000
|
–$760,000
|
–$100,000
|
1
|
$3,000
|
$120,000
|
$18,000
|
$185,000
|
$ 0
|
2
|
3,000
|
145,000
|
17,000
|
185,000
|
0
|
3
|
3,000
|
170,000
|
16,000
|
185,000
|
0
|
4
|
3,000
|
190,000
|
15,000
|
185,000
|
25,000
|
5
|
3,000
|
220,000
|
15,000
|
185,000
|
36,000
|
6
|
3,000
|
240,000
|
14,000
|
185,000
|
0
|
7
|
3,000
|
13,000
|
185,000
|
60,000
|
|
8
|
3,000
|
12,000
|
185,000
|
72,000
|
|
9
|
3,000
|
11,000
|
84,000
|
||
10
|
3,000
|
10,000
|
8. The cash flows associated with three different projects
are as follows:
Cash Flows
|
Alpha
($ in millions) |
Beta
($ in millions) |
Gamma
($ in millions) |
Initial Outflow
|
–
1.5
|
–
0.4
|
–
7.5
|
Year 1
|
0.3
|
0.1
|
2.0
|
Year 2
|
0.5
|
0.2
|
3.0
|
Year 3
|
0.5
|
0.2
|
2.0
|
Year 4
|
0.4
|
0.1
|
1.5
|
Year 5
|
0.3
|
–
0.2
|
5.5
|
a. Calculate the payback
period of each investment.
b. Which investments does
the company accept if the cut-off payback period is three years? Four years?
c. If the company invests
by choosing projects with the shortest payback period, which project would it
invest in?
d. If the company uses
discounted payback with a 15% discount rate and a 4-year cut-off period, which
projects will it accept?
e. One of these almost
certainly should be rejected, but might be accepted if the company uses payback
analysis. Which one?
f. One of these projects
almost certainly should be accepted (unless the company’s opportunity cost of
capital is very high), but might be rejected if the company uses payback
analysis. Which one?
9. Fully explain the kinds of information the following financial
ratios provide about a firm.
Quick ratio
Cash ratio
Capital intensity ratio
Total asset turnover
Equity multiplier
|
Long-term debt ration
Times interest earned ratio
Profit margin
Return on assets
Return on equity
Price earnings ratio
|
10. CURRENT
PORTFOLIO
Name of Company
|
$m invested
|
Beta
|
Fire
|
$2
|
0.85
|
Water
|
$3
|
1.25
|
Air
|
$5
|
1.6
|
TOTAL
|
$10
|
Risk-free
rate = 4%
Market
rate of return = 12%
- Calculate required rate of return for each of the above stocks.
- Calculate required rate of return for the above portfolio.
- Calculate beta for the above portfolio and then calculate the portfolio’s expected rate of return using the weighted average beta and the CAPM formula.
- Assume now that the investor decides to sell all of his shares in Fire Company and invest a further $1m into each of the other 2 Stocks. Calculate the new required rate of return for the new portfolio – using both of the above methods.
- Describe what the above change in the investor’s portfolio reflects about his new attitude to risk.
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