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inysia [295]
3 years ago
6

Metallica Bearings, Inc., is a young start-up company. No dividends will be paid on the stock over the next nine years, because

the firm needs to plow back its earnings to fuel growth. The company will pay a dividend of $14 per share in 10 years and will increase the dividend by 6 percent per year thereafter. If the required return on this stock is 12.5 percent, what is the current share price?
Business
2 answers:
murzikaleks [220]3 years ago
5 0

Answer:

Ans. The current price of the stock is $135.13

Explanation:

Hi, first, we need to find the price of the stock in year 9, since in year 10 is when the company starts to pay dividends. I know it could sound weird, but due the nature of the following formula, all future cash flows are brought 1 period before the first payment, in our case, if the first dividend is going to be paid in year 10, all the future cash flows of the share (future dividends) are going to be brought to year 9. The formula as follows.

PresentValue_{(9)} =\frac{Dividend(yr10)(1+GrowthRate)}{(Return-GrowthRate)}

Things should look like this

PresentValue_{(9)} =\frac{14*(1+0.06)}{(0.125-0.06)} =228.31

So the present Value (in year 9) is $228.31, but we need it in the present, therefore, we have to use another formula to bring this value to present value, given the required rate of return.

Present Value=\frac{FutureValue}{(1+Return)^{n} }

Where:

Return: The required rate of return (discount rate)

n: number of years from zero.

Everything shold look like this.

Present Value=\frac{228.31}{(1+0.125)^{9} }=135.13

So the current price of this stock is $135.13.

Best of luck.

Radda [10]3 years ago
3 0

Answer:

Current share price=$74.62

Explanation:

The value of the stock is the present value of all expected cash-flows that an investor is likely to get from holding the share.

Price of the stock today = \frac{D10}{(1+ke)^1^0}+\frac{D11}{(1+ke)^1^1}+\frac{P11}{(1+ke)^1^1}.

where D10=$14;

           ke=0.125

           and P11= \frac{D12}{ke-g}

Price of the stock today = \frac{14}{(1+0.125)^1^0}+\frac{14(1.06}{(1+0.125)^1^1}+\frac{14(1.06}^2}{(0.125-0.06)(1+ke)^1^1}= 74.62

         

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<u>Seniors </u>

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This generation commands respect, special attention and at the same time are more miserly in their spending habits.

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Chun Hei is carrying out a marketing research study. Even after seeking all reasonable available secondary data sources, she has
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4 years ago
Rearden Metals is considering opening a strip mining operation to provide some of the raw materials needed in producing Rearden
melomori [17]

Answer:

The correct answer is C.

Explanation:

Giving the following information:

The initial purchase of the land and the associated costs of opening up mining operations will cost​ $100 million today. The mine is expected to generate​ $16 million worth of ore per year for the next 12 years. At the end of the 12th year Rearden will need to spend​ $20 million to restore the land to its original pristine nature appearance.

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Number of years= 100,000,000/16,000,000= 6.25 years

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0.25*365= 95 days

It will take 6 years and 95 days to recover the initial investment.

5 0
3 years ago
Stephanle is planning to buy a house and can choose between a traditional mortgage at 5% Interest or an adjustable-rate mortgage
ArbitrLikvidat [17]

Answer:

D.

Explanation:

If Stephanie knows that the interest rates are dropping and are expected to continue to do so, she may feel that the ARM is her best option. However, interest rates that go down will always come back up, and most likely surpass the previous high rate. If said rate increases to an amount out of her budget, the adjustable-rate mortgage would be the less attractive method.

4 0
3 years ago
Jovan's Movers rents out trucks with a crew of two on a daily basis, usually to homeowners who are moving or to companies with d
Tju [1.3M]

Answer:

Explanation:

In this problem business of Jovan is to rent out trucks and earn revenues. On a particular day there is a shortage of one truck. It can be taken on rent from other party. If a big truck is hired, then any load can be carried. But the rental cost is $200. Small truck cannot carry weight beyond a range. In that case two trips are needed. Rental of one trip of small truck is $130. Cost of two trip is $150 extra. So it is $130+$150=$280. Probability of two trips is 40%. So based on these data, following decision tree diagram is draw:

From this decision tree expected rental cost of small truck based on probability is-

Expected rental of small truck =0.6 x $130 + 0.4 x $280

                                                                =$78+\$112

                                                                 =$190

Decision: Since expected rental of small truck is $190, it is lower than rental of big truck of $200. So small truck is recommended.

If probabilities of trips are 50:50, then expected rental of small truck is-

Expected rental of small truck =0.5 x $130 + 0.5 x $280

                                    =$65 + $140

                                    =$205

Now it is more than rental of big truck. So hiring of big truck is recommended.

b) Now Jovan wants to hire an outside consultant. He will assess and recommend whether to hire a big truck or a small truck. If he recommend for big truck, then big truck will be hired. Otherwise a small truck will be bought. As per current situation probability of two trip is 40%. If consultant approves this situation, then big truck will be hired. Thus probability of hiring big truck is 40% under recommended scenario. So probability of hiring small truck with one trip is 60%. On this basis decision chart is drawn below:

Based on this diagram, expected cost of hiring a truck is-

Expected rental =0.4 x $200 + 0.6 x $130

                          = $80 + $78

                          = $158

If you compare this expected cost with the expected cost of $190 in part (a), then it is lower by $190-$158=$32

Hence, maximum $32 can be paid to consultant for hiring and taking perfect decision.

c) Now Jovan has been taken as risk averser. His risk tolerance value is $1,000. Suppose utility function is exponential of following form-

U=e^{P} where p is the probability of two trips by small truck

As a risk averser he will undertake risk only when this U value is $1,000.

U=e^{P} = $1,000

Take log on both side to get-

Plog e =  log1,000

{P}{log}2.71828 =  log1,000 [ since e =2.71828]

{P}= 3 / 0.43429189

    =6.929 percent

So the risk averse Jovan will go for small truck only when probability of two trips for small car is 6.929 percent. Here it is 40%. So big truck will be hired.

6 0
3 years ago
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