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marshall27 [118]
3 years ago
15

Suppose that your firm's current unlevered value, V*, is $800,000, and its marginal corporate tax rate is 35 percent. Also, you

model the firm's PV of financial distress as a function of its debt level according to the relation: PV of financial distress = 800,000 × ((D/V*)^2). What is the firm's levered value if it issues $200,000 of perpetual debt to buy back stock?
Business
1 answer:
max2010maxim [7]3 years ago
3 0

Answer:

$820,000

Explanation:

The computation of the firm's levered value is shown below:

Value of levered firm = Value of unlevered firm + Debt × tax -PV (financial distress)

Value of levered firm = $800,000 + $200000 × 35% - $800,0000 × (25%)^2

= $820,000

The 25% is come from

= $200,000 ÷ $800,000

= 25%

We simply applied the above formula to determine the levered value

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Marci Luner is going over the finances of her clothing boutique firm. If her firm has a net income of​ $131,000 and net sales of
MaRussiya [10]

Answer: The profit margin is 22.35 %

Explanation: The formula for profit margin is net profit/ income ÷ net sales.

As such, the profit margin is (131000 ÷ 586000) x 100 = 0.2235 * 100 = 22.35 %

6 0
3 years ago
You got a new credit card and spent $200 on the card last month. You forgot to make the payment on time and were assessed a $40
Andre45 [30]
The answer is 20%, 40 is 1/5 of 200, therefore it is 20%
5 0
3 years ago
When the Toyota Prius first entered the marketplace, dealers kept waiting lists of people wanting one and the factories had to r
Finger [1]

Answer:

The correct answer is True.

Explanation:

The demand for a product in the market produces a demand derived from the raw materials necessary for its production. For example, when the demand for cars rises, the demand derived from auto parts also increases; and increasing the production of auto parts increases the demand derived from steel.

6 0
3 years ago
A company incurs costs of $38 per unit ($27 variable and $11 fixed) to make a product that normally sells for $56. A wholesaler
Vladimir79 [104]

Answer:

It should accept the special order at the price of $36 as the total marginal cost will be $28.5 (27 variable cost + 1.15 shipping cost).

Explanation:

Special orders are accepted only if marginal revenue increases the marginal cost. Marginal cost is the total cost incurred to fulfill any order.

In the given scenario, since the Company already has adequate capacity and it will not incur any additional fixed cost, therefore the order can be accepted by taking variable cost in to consideration.

Marginal Revenue               36

Less: Marginal Cost

Variable Cost                      (27)

Shipping Cost                   <u> (1.15)</u>

Total Profit from Order   <u> 7.85</u>

4 0
3 years ago
The cob Douglas production function is given by Q(K,L)=AK^1.4*L^1.6
Alexeev081 [22]

Part a) The Cob Douglas production function is given as:

Q(K,L)=AK^{1.4} L^ {1.6 } .

To show that this function is homogeneous with degree 3, we introduce be a parameter, t.

Q(tK,tL)=A(tK)^{1.4} (tL)^ {1.6 } .

Using properties of exponents, we on tinder:

Q(tK,tL)=At^{1.4}K^{1.4} t^ {1.6 }L^ {1.6 } .

This implies that:

Q(tK,tL)=t^{1.4} \times t^ {1.6 }(AK^{1.4} L^ {1.6 } )

Q(tK,tL)=t^{1.4 + 1.6}(AK^{1.4} L^ {1.6 } )

Simplify the exponent of t to get;

Q(tK,tL)=t^{3}(AK^{1.4} L^ {1.6 } )

Hence the function is homogeneous with degree, 3

Part b) To verify Euler's Theorem, we must show that:

K\frac{\partial Q}{\partial \: K}+L\frac{\partial Q}{\partial \: L}=3AK^{1.4}L^{1.6}

Verifying from the left:

K\frac{\partial Q}{\partial \: K}+L\frac{\partial Q}{\partial \: L} =K(1.4AK^{0.4} L^{1.6}) + L(1.6AK^{1.4} L^{0.6})

K\frac{\partial Q}{\partial \: K}+L\frac{\partial Q}{\partial \: L} =1.4(AK^{1.4} L^{1.6}) + 1.6(AK^{1.4} L^{1.6})

K\frac{\partial Q}{\partial \: K}+L\frac{\partial Q}{\partial \: L} =(1.4 +  1.6)(AK^{1.4} L^{1.6})

K\frac{\partial Q}{\partial \: K}+L\frac{\partial Q}{\partial \: L} =3(AK^{1.4} L^{1.6})

Q•E•D

8 0
3 years ago
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