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valkas
4 days ago
5

Goodwin Technologies, a relatively young company, has been wildly successful but has yet to pay a dividend. An analyst forecasts

that Goodwin is likely to pay its first dividend three years from now. She expects Goodwin to pay a $4.25000 dividend at that time (D₃ = $4.25000) and believes that the dividend will grow by 22.10000% for the following two years (D₄ and D₅). However, after the fifth year, she expects Goodwin’s dividend to grow at a constant rate of 4.08000% per year.
Goodwin’s required return is 13.60000%. Fill in the following chart to determine Goodwin’s horizon value at the horizon date (when constant growth begins) and the current intrinsic value. To increase the accuracy of your calculations, do not round your intermediate calculations, but round all final answers to two decimal places.

Term

Value

Horizon value ________
Current intrinsic value ________
If investors expect a total return of 14.60%, what will be Goodwin’s expected dividend and capital gains yield in two years—that is, the year before the firm begins paying dividends? Again, remember to carry out the dividend values to four decimal places. (Hint: You are at year 2, and the first dividend is expected to be paid at the end of the year. Find DY₃ and CGY₃.)

Expected dividend yield (DY₃) _______
Expected capital gains yield (CGY₃) ________
Goodwin has been very successful, but it hasn’t paid a dividend yet. It circulates a report to its key investors containing the following statement:

Goodwin has yet to record a profit (positive net income).

Is this statement a possible explanation for why the firm hasn’t paid a dividend yet?

a.Yes

b.No
Business
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Details provided:

* Population: all adult inhabitants of the suburb

* Sample: 50 randomly selected residents

* Statistic: 30% (percentage of sampled individuals opposing the tax hike) 50 x 0.30 = 15 expressed their opposition.

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1 month ago
A repetitive manufacturing firm is planning on level material use. The following information has been collected. Currently, the
Scilla [3833]

Answer:

setup cost = $1.75

setup time = 2.625 min

Explanation:

given data

The firm operates for 250 days annually.

Annual demand is 22,000.

Daily demand is 88.

Daily production stands at 250.

Desired lot size is set at 63 (equivalent to 2 hours of output).

Holding costs are $40 per unit each year.

To determine

the setup cost and setup time

solution

The setup cost is calculated as

setup cost = \frac{Q^2*H*(1-\frac{d}{p})}{2D}......................1

Here, Q represents the desired lot size, H is the holding cost, d denotes daily demand, D is annual demand, and p is the daily output.

Plugging in the values,

setup cost = \frac{63^2*40*(1-\frac{88}{250})}{2*22000}

setup cost = \frac{2969*40*(0.648)}{44000}

setup cost = $1.75

Next,

the setup time is given by

setup time = \frac{setup\ cost}{setup\ labor}....................2

setup time = \frac{1.75*60min/hr}{40}

setup time = 2.625 min

8 0
2 months ago
Suggest some metrics that a manager of a fast-food restaurant, such as McDonald's or Chipotle, might want to collect. Describe h
Nady [3600]
Analyzing customer wait times: A manager can leverage this data to identify operational pain points, implement strategies to minimize wait times, set employee expectations, and ultimately improve prompt service for customers.
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2 months ago
A one-year zero coupon bond costs \$99.43$99.43 today. Exactly one year from today, it will pay \$100$100. What is the annual yi
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Answer:

0.00573

Explanation:

Today's bond cost is $99.43

The bond's value at the year's end is $100

The difference calculates to: $100 - $99.43 = $0.57

This amount of $0.57 indicates the bond's yield. Therefore, the yearly yield is computed as $0.57/$99.43 = 0.00573

This yield represents the one-year discount rate applicable for a future value of $100, where its present value is $99.43.

Final Answer

0.00573

5 0
1 month ago
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