Answer:
5.62%
13.75%
Explanation:
According to the DDM method,
the value of a stock = [dividend x ( 1 + growth rate)] / [cost of equity - growth rate]
67 = 0.4(1.05) / r - 0.05
multiply both sides of the equation by r -0.05
67(r - 0.05) = 0.42
divide both sides of the equation by 67
r - 0.05 = 0.006269
r = 0.0563
= 5.63%
b. the cost of equity using the capm method =
risk free rate of return + beta x ( expected return - risk free return)
5% + 1.25 x (12 - 5) = 13.75%
Answer:
current intrinsic value per stock = $26.35
Explanation:
year dividend EPS
0 0 $18
1 0 $20.88
2 0 $24.22
3 0 $28.10
4 0 $32.59
5 0 $37.81
6 $12.59 $41.97
growth rate up to year 5 = 16%
ROE growth rate starting year 6 = 11%
dividend growth rate starting year 6 = 11% x (1 - 30%) = 7.7%
cost of equity = 24%
horizon value at year 5 = $12.59 / (24% - 7.7%) = $77.24
current intrinsic value per stock = $77.24 / 1.24%⁵ = $26.35
Which type of investment is most likely to have the greatest long-term increase in value? Stocks and bonds. Stocks and bonds when a company purchases a new asset is one of the best long-term investments you can invest in. Due to them being long-term investments, the asset needs time to accumulate more value for what it's worth before you sell it. Long-term investments value tends to rise overtime and not often would a short-term investment hold if kept to long.
Answer:
3.44%
Explanation:
For this question we use the RATE formula that is shown on the attachment
Data provided in the question
Present value = $15,000,000
Future value or Face value = $0
PMT = $1,050,000
NPER = 20 years
The formula is shown below:
= Rate(NPER;PMT;-PV;FV;type)
The present value come in negative
So, after solving this, the rate pf the return is 3.44%
Answer:
(a) requires that individual employees be specifically named.
Explanation:
Referring to new Employ theft policy it states that commercial crime employee theft coverage will insure theft losses that include specific individual with names, positions or jobs.
