Answer: arithmetic Average Return =11.33%
Geometric Average Return=10.33%
Explanation:
Returns per year
Year 1 16%
year 2 23%
year 3 15
year 4 -11%
year 5 30 %
year 6 -5%
Total = 68%
Arithmetic Average = Total returns 0f ( year 1 -6) / number of years
= 68%/6 =11.33%
Geometric Average Return is given as
= ((1 + R1) × (1 + R2) × ... × (1 +Rn))(1/n) - 1
((1 + 16%) × (1 + (23%)) × (1 + 15%) x (1+ -11%) x (1+30%) x (1+ -5%))^1/6 - 1
((1.16 x 1.23 x 1.15 x 0.89 x 1.30 x (0.95)) ^1/6
((1.16 x 1.23 x 1.15 x 0.89 x 1.30 x 0.95)) ^1/6 -1
(1.8035073 )^1/6 - 1
= 1.10328 -1 = 0.10328 x 100 = 10.328% =10.33%
The baby boomers could change the fashion industry as they transition to senior citizens because they could motivate designers to create products that meet their needs. For example, they might motivate shoe designers to design shoes that are similar to those worn by the younger generation but perhaps with more comfort and lower heels. Therefore, they will maintain their sense of fashion, but in a rather different manner.
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Answer:
Land 32,500
Explanation:
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We will first calcualte the percent of each component of the real state.
Then we multiply by the total cost paid, which is 325,000
This is the amount we should enter the assets into accounting
Answer:
The beta coefficient for Stock L that is consistent with equilibrium
Explanation:
According to Capital Asset Pricing Model, the formula to compute expected rate of return is equals to
Expected rate of return = Risk free rate of return + Beta × (Market risk - risk free rate of return)
where,
rRF = risk free rate of return
rM = market risk
Stock L that is consistent with equilibrium is expected rate of return which equals to = 9.25%
So,
9.25% = 3.6% + Beta × (8.5% - 3.6%)
9.25% = 3.6% + 4.9% Beta
9.25% - 3.6% = 4.9% Beta
5.65% = 4.9% Beta
Beta = 5.65% ÷ 4.9% = 1.15
Hence, the beta coefficient for Stock L that is consistent with equilibrium is 1.15
