Answer:
<u>13.2%</u>
Explanation:
As per Capital Asset Pricing Model (CAPM),
Expected Rate Of Return = 
wherein,
= Risk free rate of return on treasury bonds
B= Beta , which represents the degree of sensitivity of security return to the market return.
= Return on market portfolio
Thus, Expected rate of return of security X = 6 + 1.2(12 - 6)
= 13.2%
CAPM model is used for calculating expected rate of return. As per the model, the investors expect a risk premium represented by excess of rate of return of market portfolio over risk free rate , in addition for the risk free rate of return.
The risk premium serves as a compensation for investing in risky securities instead of risk free securities.
Answer:
no option is correct, check the question to see if it was copied correctly and check the work to verify my answer
$1,430
Explanation:
worst case scenario:
2,500 units sold at $16 = $40,000
variable cost per unit $14 x 2,500 units = $35,000
contribution margin = $5,000
fixed costs = $8,500
depreciation expense = $11,000
cash flow = [(contribution margin - fixed costs - depreciation) x (1 - tax rate)] + depreciation
cash flow = [($5,000 - $8,500 - $11,000) x 0.66] + $11,000 = $1,430
Answer:
9.68%
Explanation:
Percent Return on Investment is calculated as Net Profit / Cost of Investment x 100
Net Profit= $46,620 (1,000 x $46.62 per share) + $950 (1,000 x $.95 per share) - $43,370 (1,000 x $43.37 per share) = $4,200
Cost of Investment= $43,370 (1,000 x $43.37 per share)
Percent Return on Investment= $4,200 / $43,370 x 100 = 9.68%
Answer:
Cash Flow = $89,828.
Explanation:
Detail is given in the picture attached.