With stocks of 8% for A and 16% for B, The global minimum variance is given as 10.5 percent
<h3>How to solve for the variance</h3>
The expected return of the stock for the country a is given as 0.05
The Weight of this country's stock market WA = 0.5
The expected return of the stock for the country a is given as 0.16
The Weight of this country's stock market Wb = 0.5
Expected Return of the portfolio can be calculated as
= (WA x RA) + (WB * RB)
Expected Return of the portfolio = (0.5x 0.05 ) +(0.5*0.16)
= 0.105
= 10.5%
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Answer:
The correct answer is option (B).
Explanation:
According to the scenario, the given data are as follows:
Total cost = $8,600
Total units = 400 Units
Direct labor hour per unit = 5
Variable cost = $1.50
So, we can calculate the fixed cost by using following formula:
Fixed cost = Total cost - Total Direct labor cost
Where, Total direct labor cost = $1.50 × 5 × 400 = $3,000
By putting the value in the formula, we get
Fixed cost = $8,600 - $3,000
= $5,600
Answer:
20 shares of XYZ and 11 shares of the spin-off
Explanation:
The 20 shares of XYS comes from
= 200 shares × 10%
= 20 shares-
So, the total number of shares now is
= 200 shares + 20 shares
= 220 shares
And there is 5% spin off
So, the number of shares contains spin off is
= 220 shares × 5%
= 11 shares
This represents the separate company
hence, there is 20 shares of XYZ and 11 shares of the spin-off
Answer:
$1,103.56
Explanation:
In this question, we use the PMT formula that is shown in the attachment. Kindly find it below:
Provided that
NPER = (82 - 66) × 12 = 192
Present value = $136,000
Future value = $0
Rate of interest = 6% ÷ 12 months = 0.5%
The formula is shown below:
= PMT(Rate;NPER;-PV;FV;type)
The present value come in negative
So, after solving this, the monthly payment is $1,103.56
