Answer:
= $52.78 per share
Explanation:
<em>The value of a business can be determined using the free cash flow model. According to this model, the value of a firm is is the present value of its free cash flow discounted at the weigthed average cost of capital (WACC.)</em>
<em>The value of equity is the value of firm less value of other instruments (e.g debt and preferred stocks)</em>
<em>Value of equity = Value of the entire firm - Value of debt </em>
We can work out the the value per share using the steps below:
<em>Step 1</em>
<em>Calculate the total value of the firm</em>
Value of firm = 27.50/(0.1-0.07)
= $916.66 million
<em>Step 2</em>
<em>Calculate the value of equity</em>
<em>Value of equity = Value of the entire firm - Value of debt</em>
= $916.66 million - $125.0 million
=791.666 million
<em>Step 3</em>
<em>Calculate the value per share</em>
Value per share = Value of equity/ units of common stock
=$791.666 million/15 million units
= $52.78 per share
Answer:
The correct answer is: C. larger decrease in total risk.
Explanation:
The risk of an investment portfolio refers to the possibilities of obtaining the return, profit or profit you expect. Every investment involves a risk, and the more you can earn, the greater the risk. If you put your money on a fixed term, the risk is minimal, but it hardly gives you an interest even less than inflation. If you invest in the forex market, for example, you can earn a lot of money, but also the risk (that you do not achieve and even that you lose what you invested) is much greater. Every investor knows that he must assume some risk, because it is something inherent in the investment.
Answer:
Explanation:
MIRR equation is given by :
[(FV +ve cashflow / PV -ve cashflow)^(1/n)] - 1
FV +ve cashflow = Future value of positive cashflow at reinvestment rate
PV - ve cashflow = Present value of negative cashflow at finance rate
n = number of periods
The Modified Internal Rate of Return is a devised modification for the Internal rate of return, IRR which gives rate of return on percentage and overcomes the limitations of the IRR formula.
Answer:
The answer is: $3,289
Explanation:
<u>Date</u> <u>Units </u> <u>Unit price</u> <u>Inventory</u> <u>Average cost</u>
Purchases
Nov. 1 103 units $20 per unit $2,060 $20 per unit
Nov. 5 103 units $22 per unit $4,326 $21 per unit
Nov. 8 53 units $23 per unit $5,545 $21.41 per unit
<u>Nov. 19 30 units $25 per unit $6,295 $21.78 per unit</u>
TOTAL 289 units $21.78 per unit $6,295 $21.78 per unit
Sales
Nov. 16 -138 units $21.78 per unit $3,006 $21.78 per unit
Ending inventory
Nov. 30 151 units $21.78 per unit $3,289 $21.78 per unit
Answer:
a) see attached graph. There is nothing unusual with the supply curve, it is simply fixed. This happens to most services, e.g. there is a fixed number of hotel rooms available for rent, in the short run you cannot add more rooms per night if the demand increases. In order to increase the quantity supplied, you would need to build a larger hotel, or in this case, a larger stadium.
b) the equilibrium price is $8 and the equilibrium quantity is 8,000 tickets
c) if the college plans to increase enrollment, the demand might increase, leading to a higher equilibrium price, but the supply will remain the same until the stadium is expanded.
Explanation:
Price Quantity Demanded (Qd) Quantity Supplied (Qs)
$4 10,000 8,000
$8 8,000 8,000
$12 6,000 8,000
$16 4,000 8,000
$20 2,000 8,000
