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4 years ago

11

Assuming the relevant required return on levered cash flows is 15 percent, and that the property will be held by a buyer for fiv

e years, what is the present value of the levered cash flows?

1 answer:

serg [7]4 years ago

6 0

Answer:

See attachment for answer

Explanation:

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A manufacturer estimates that its product can be produced at a total cost of C(x) = 50,000 + 100x + x3 dollars. If the manufactu

timofeeve [1]

Answer:

The level of production x that will maximize the profit is: 22,966

Explanation:

C(x) = 50,000 + 100x + x³

R(x) = 3400x

P(x) = R(x) - C(x)

= 3400x - [50,000 + 100x + x³]

= 3400x - 50,000 - 100x - x³

= 3300x - 50,000 - x³ .................... (A)

P'(x) = 3300(1) - 0 - 3x²

= 3300 - 3x²

At a critical point, P'(x) = 0

∴ 0 = 3300 - 3x²

3x² = 3300

x² = 1100

x = ± $\sqrt{1100}$

P"(x) = -6x

P( $\sqrt{1100}$ ) = -6 ( $\sqrt{1100}$ ) < 0

by second derivative, 'P' max at x = $\sqrt{1100}$ = 33.17 (rounds)

since x = $\sqrt{1100}$ ,

recall that P(x) = 3300x - 50,000 - x³ from equation (A)

Therefore, Maximum Profit

P( $\sqrt{1100}$ ) = 3300 $\sqrt{1100}$ - 50000 - $\sqrt{1100} ^{3}$

= 3300(33.17) - 50,000 - 33.17³

= 109461 -50,000 - 36495.26

= 22,965.74

Maximum profit is 22,966 to the nearest whole number

5 0

3 years ago

Lois has a balance of $970 on a credit card with an APR of 24.2%, compounded monthly. About how much will she save in interest o

Aleks04 [339]

Answer:

Lois will save $152.51 when she wil transfer her balance.

Explanation:

Amount to be paid in 1 year for original credit card is given as

$P_1^{'}=P*(1+r_1)^t$

Here $P^{'}_1$ is the amount to be paid after P is the balance which is 970, $r_1$ is the APR for first credit card which is 24.2% and t is compounding frequency which is 12 so

$P_1^{'}=P*(1+r_1)^t\\P_1^{'}=970*(1+\dfrac{24.2}{12}\%)^{12}\\P_1^{'}=970*(1.0207)^{12}\\P_1^{'}=970*1.2707\\P_1^{'}=\$1232.61$

Similarly for the second one the values are calculated as

$P_2^{'}=P*(1+r_2)^t\\P_2^{'}=970*(1+\dfrac{10.8}{12}\%)^{12}\\P_2^{'}=970*(1.108)^{12}\\P_2^{'}=970*1.1135\\P_2^{'}=\$1080.10$

The differnce of the two values is calculated as

$P_1'-P_2'=1232.61-1080.10\\Difference=\$ 152.51$

The difference is $152.51 which she could save.

7 0

3 years ago

Read 2 more answers

Assume for this question that herman has 55 employees. when herman asks sally about jake's ability to see, what would be conside

Serhud [2]

<span>Herman would have to take action if he find's out from Sally that Jake has a visual impairment. He would have to consider whether or not he could reasonably make changes that would allow Jake to still do his job, or if the needed changes would cause an undue hardship on the business.</span>

7 0

3 years ago

Evergreen Building, Inc. has declared a $40,000 cash dividend to shareholders. The company has 5,000 shares of $20-par, 6% prefe

FromTheMoon [43]

Answer:

Preferred dividends = $16500

Common dividends = $23500

Explanation:

given data

cash dividend = $40,000

share 5000 = $20 par

preferred stock = 6%

share = 10000

common stock = $15

preferred stock = $12,000

to find out

preferred and common stockholders

solution

Preferred stock dividends = 5000 × $15 × 6%

Preferred stock dividends = $4500

and

Preferred dividends = $4500 + $12000

Preferred dividends = $16500

and

Common dividends = $40,000 - $16500

Common dividends = $23500

8 0

3 years ago

Molly went to the mall and parked her red car under a tree. when she returned to her car a few hours later, only half of the car

sergij07 [2.7K]

<span>Molly's car is no longer fully in the shade due to the sun's movement throughout the day. As the day progresses, the sun will recede into the sky and the car will no longer be entirely in the shade.</span>

6 0

3 years ago