Answer:
14.35%
Explanation:
Simon Software Co
rs= 12%
D/E = 0.25
rRF= 6%
RPM= 5%
Tax rate = 40%.
We are going to find the firm’s current levered beta by using the CAPM formula which is :
rs = rRF+ RPM
12%= 6% + 5%
= 1.2
We are going to find the firm’s unlevered beta by using the Hamada equation:
=bU[1 + (1 −T)(D/E)]
Let plug in the formula
1.2= bU[1 + (0.6)(0.25)]
1.2=(1+0.15)
1.2= 1.15bU
1.2÷1.15
1.0435= bU
We are going to find the new levered beta not the new capital structure using the Hamada equation:
b= bU[1 + (1 −T)(D/E)]
Let plug in the formula
= 1.0435[1 + (0.6)(1)]
=1.0435(1+0.6)
=1.0435(1.6)
= 1.6696
Lastly we are going to find the firm’s new cost of equity given its new beta and the CAPM:
rs= rRF+ RPM(b)
Let plug in the formula
= 6% + 5%(1.6696)
= 14.35%
Mass production - to produce custom products in large quantities
Answer:
Securities Exchange Commission (SEC)
Explanation:
Securities Exchange Commission (SEC) have a mission of protecting investors, ensuring a fair and efficient market, and encourage capital formation.
They monitor participants in the securities markets by ensuring there is disclosure of important information regarding the market, maintain fair dealing, and protect participants against fraud.
Therefore SEC has the authority over the accounting and financial disclosures for companies whose shares of ownership (stock) are traded and sold to the public.
These measures are in place to protect investors.
Answer:
The NPV is -$200956.3508. Thus, the shop will not be purchased as the NPV from this investment is negative.
Explanation:
To take the decision to buy or not buy the shoe store, we need to calculate the Net Present Value of the investment in the shoe shop. The net present value (NPV) is the present value of future expected cash inflows from the investment less the initial outlay/cost.
If the NPV is positive, the investment will be done and shop will be purchased and vice versa.
As the cash in flows consist of an annuity of 200000 for 11 years along with a principal sale value, the NPV will be,
NPV = PV of Annuity + PV of Principal - Initial cost
NPV = 200000 * [ (1 - (1+0.15)^-11) / 0.15 ] + 3500000 / 1.15^11 - 2000000
NPV = -$200956.3508
The shop will not be purchased as the NPV from this investment is negative.
Answer:
$22,245.44
Explanation:
For computing the future value we need to apply the future value which is to be shown in the attachment below:
Provided that,
Present value = $0
Rate of interest = 8%
NPER = 18 years
PMT = $550
The formula is shown below:
= -FV(Rate;NPER;PMT;PV;type)
So, after applying the above formula, the future value is $22,245.44