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77julia77 [94]
3 years ago
15

A stock analyst collected the following information about ABC Inc.: - The firm required rate of return on equity is 17% and its

WACC is estimated at 14%. - Based a thorough forecast, the analyst estimates for the free cash flows to the firm for the next two years are 820,000 and 970,000 respectively. His estimates for the free cash flows to equity are however: 550,000 and 660,000 for the next two years respectively. - Both FCFFs and FCFEs are expected to grow at a constant rate of 5% after the second year. The value of equity is closest to:
Business
1 answer:
inessss [21]3 years ago
5 0

Answer:

$5,170,940.17

Explanation:

Calculation to determine what The value of equity is closest to:

Using this formula

Value of equity = FCFE1/(1+ke)^1+ FCFE2/(1+ke)^2+

FCFE2(1+g)/ke-g *1/(1+ke)^2

Where,

FCFE= Free cash flow of equity

ke = cost of equity

g = growth rate

Let plug in the formula

Value of equity= $550,000/(1+0.17)^1 + $660,000/(1+0.17)^2 +$660,000 2/(1+0.05)/0.17-0.05* 1/(1+0.17)^2

Value of equity= $470,085.47 + $482,138.94 + $4,218,715.76

Value of equity= $5,170,940.17

Therefore The value of equity is closest to:$5,170,940.17

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Net Worth is equal to assets minus liabilities. Which event will have the greatest impact (positive or negative) on one's net wo
ad-work [718]
I would say that for most people, buying an apartment or a house would be the most major thing they could do that would affect their net worth. Initially it would be mostly a liability at first but as it appreciates, especially if it is in a big city where the population keeps growing then it most likely will appreciate and then the owner's assets will increase since their equity will increase.
7 0
3 years ago
An investment offers $6,400 per year for 15 years, with the first payment occurring one year from now. If the required return is
yawa3891 [41]

Answer:

PV= $62,158.4

Explanation:

Giving the following information:

Annual payment= $6,400

Number of periods= 15 years

Interest rate= 6% = 0.06

<u>First, we need to calculate the future value using the following formula:</u>

FV= {A*[(1+i)^n-1]}/i

A= annual payment

FV= {6,400*[(1.06^15) - 1]} / 0.06

FV= $148,966.21

<u>Now, the present value:</u>

PV= FV/(1+i)^n

PV= 148,966.21 / (1.06^15)

PV= $62,158.4

4 0
3 years ago
If a driver with an insurance policy drives infrequently, it can
e-lub [12.9K]

Answer: lower cost

Explanation:

An insurance policy is a contract between an insurance company and a policyholder, which helps the policyholder to be able to make claims when there's an accident or death in case of life insurance.

In the above scenario in the question, if a driver with an insurance policy drives infrequently, it can lower costs.

Therefore, the correct option is B.

3 0
3 years ago
Read 2 more answers
Two types of cars (Deluxe and Limited) were produced by a car manufacturer last year. Quantities sold, price per unit, and labor
Damm [24]

Answer:

Labor productivity in units per labor hour for Deluxe car = 0.19 per hour

Labor productivity in units per labor hour for Limited car = 0.24 per hour

Labor productivity in dollar of output per dollar of labor expense for Deluxe car = $98.75

Labor productivity in dollar of output per dollar of labor expense for Limited car = $128.69

Explanation:

Note: This question is not complete and its data are merged together. The complete question with the sorted data is therefore provided before answering the question as follows:

Two types of cars (Deluxe and Limited) were produced by a car manufacturer last year. Quantities sold, price per unit, and labor hours are given below.

                                QUANTITY                     $/UNIT

Deluxe car            3,655 units sold            $7,700/car

Limited car           5,850 units sold            $9,200/car

Labor, Deluxe        19,000 hours                 $15/hour

Labor, Limited       24,600 hours                 $17/hour

What is the labor productivity for each car? Provide two sets of figures: units per labor hour, and dollar of output per dollar of labor expense. (Round your answers to 2 decimal places.)

The explanation of the answers is now provided as follows:

For each type of car, the following formulae can be used:

Labor productivity in units per labor hour = Units sold / Labor hours ……. (1)

Labor productivity in dollar of output per dollar of labor expense = (Units sold * Price per car) / (Labor hours / Labor rate per hour) ……………. (2)

Using equation (1), we have:

Labor productivity in units per labor hour for Deluxe car = 3,655 / 19,000 = 0.19 per hour

Labor productivity in units per labor hour for Limited car = 5,850 / 24,600 = 0.24 per hour

Using equation (2), we have:

Labor productivity in dollar of output per dollar of labor expense for Deluxe car = (3,655 * $7,700) / (19,000 * $15) = $98.75

Labor productivity in dollar of output per dollar of labor expense for Limited car = (5,850 * $9,200) / (24,600 * $17) = $128.69

These can be translated into a table as follows:

                                     Labor Productivity  

                               Units/hour         Dollars

Deluxe Car              0.19/hour           $98.75

Limited Car             0.24/hour         $128.69

5 0
3 years ago
Taxicab fares in most cities are regulated. Several years ago taxicab drivers in Boston obtained permission to raise their feres
Scorpion4ik [409]

Solution:

Let's start by assuming that the taxi ride demand is extremely elastic, to the extent that it is vertically sluggish! If the cabbies raise the fair price by 10% from 10.00 per mile to 11.00 per kilometre, the number of riders remains 20.

Total income before fair growth= 20* 10= 200.

Total income following fair growth = 11* 20= 220.

A 10% increase in the fare therefore leads to a 10% increase in the driver's revenue.

Therefore, the assumption in this situation is that the cab drivers think the taxi driving requirement is highly inelastic.

The demand curve facing the drivers of the cab is still inelastic, but not vertically bent.

When the rate increased from 10% to 11, riders declined from 20% to 19%

Total revenue before fair growth is 20* 10= 200

The gap between revenue and fair growth is 19* 11= 209

This means that a realistic 10% raise doesn't result in a 10% boost on income Because the market curve for taxi rides is not 100% inelastic, but rather low inelastic, so that a fair increase (control) allows consumers to lose their incomes.

7 0
4 years ago
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