Answer and Explanation:
a. Here it is reasonable to presume that the treasury bond generates high returns when there is a recession.
b. The calculation of the expected rate of return and the standard deviation for each investment is shown below:
For stocks
= (Expected return of the boom × weightage of boom) + (expected return of the normal economy × weightage of normal economy) + (expected return of the recession × weightage of recession)
= (29% × 0.30) + (18% × 0.50) + (-4% × 0.20)
= 8.7% + 9% - 0.80%
= 16.9%
For bonds
= (Expected return of the boom × weightage of boom) + (expected return of the normal economy × weightage of normal economy) + (expected return of the recession × weightage of recession)
= (6% × 0.30) + (9% × 0.50) + (16% × 0.20)
= 1.8% + 4.5% + 3.2%
= 9.5%
Now the standard deviation calculation is to be shown in the excel spreadsheet
For the stock it is 11.48%
And, for the bond it is 3.5%
c. The investment that should be prefer could be computed by determine the coefficient of variation which is shown below:
Formula i.e. used is
= Standard deviation ÷ expected return
For stock, it is
= 16.9% ÷ 11.48%
= 1.47
And, for bonds it is
= 9.5% ÷ 3.5%
= 2.71
Since for the bonds the coefficient of variation is greater so the same is to be considered
Therefore the bond should be prefer
Answer:
There will be $92,635.42 in the account after 15 years.
Explanation:
Missing question <em>"The interest rate is fixed at 2.05%"</em>
As the employer does a 50% match on the employee’s investment, the monthly contribution to the retirement plan will be = 2 * $220 = $ 440.
The future value (F) of an annuity is given by F = (P/r)[(1+r)n-1]
P is the periodic payment
r is the rate per period
n is the number of periods.
P = 440, r = 2.05/1200 and n = 15*12 = 180.
F = (440*1200/2.05)[ (1+2.05/1200)180 -1]
F = (528000/2.05)*0.359664042
F = 92635.4215493
F = $92635.42
Thus, there will be $92,635.42 in the account after 15 years.
Answer:
16.16%
Explanation:
The formula to compute the expected rate of return is shown below:
-
Expected rate of return = (Weightage of Stock G × Expected Returns G) + (Weightage of Stock J × Expected Returns J) + (Weightage of Stock K × Expected Returns K)
= (16% × 10%) + (56% × 16%) + (28% × 20%)
= (0.16 × 0.1) + (0.56 × 0.16) + (0.28 × 0.20)
= 0.016 + 0.0896 + 0.056
= 0.1616
= 16.16%
The answer to this question is Reality testing
In business term, Reality testing refers to the process to separate our emotion to see the actual situation that revolves around us.
By doing this, we will keep ourselves from relying on negative emotions to make a decision and start to use objective measures to predict the outcome.
