Answer:
Expected return = 28%
Explanation:
given data
invests $4,000
share = 200
return = 24%
and
invests = $2000
share = 100
return = 18%
and
invest = $4,000
share = 400
return = 28%
to find out
expected return on this portfolio
solution
we know total investment is
Total investment = 4000+2000+4000
Total investment = 10000
and
Wt. of Sand Corporation shares in the total portfolio= 
= 0.4
Wt. of Water Corporation shares in the total portfolio=
= 0.2
Wt. of Beach Corporation shares in the total portfolio= = 0.4
and
Expected return on the given portfolio is
Expected return = 0.4 × 24% + 0.4 × 18% + 0.4 × 28%
Expected return = 28%
Answer:
total Equity at end of the year = $69019 million
Explanation:
given data
assets = $123,249 million
liabilities = $54,230 million
to find out
total equity
solution
we get here total Equity at end of the year that is express as
total Equity at end of the year = Asset - Liabilities .................1
put here value we get
total Equity at end of the year = $123,249 million - $54,230 million
total Equity at end of the year = $69019 million
Answer:
4.5%
Explanation:
Stock R (Beta) = 1.5
Stock S (Beta) = 0.75
Expected rate of return on an average stock (Rm)= 10%
Risk free rate (Rf) = 4%
Required Return (Re) = Rf +(Rm-Rf) B
Required Return = 0.04 + (0.10-0.04) B
Required Return = 0.04 + 0.06B
Stock R = 0.04 + (0.06 * 1.50)
Stock R = 0.04 + 0.09
Stock R = 0.13
Stock R = 13%
Stock S = 0.04 + (0.06 * 0.75)
Stock S = 0.04 + 0.045
Stock S = 0.085
Stock S = 8.5%
Here, the more risky stock is R and less risky stock is S. Since, R has more beta than the Stock S.
= 13% - 8.5%
= 4.5%
Answer:
<u>A and B are correct</u>
Explanation :
- The TVM concept is based on the value of money which is today may change with time as a rise or fall in prices thus this explains why the interest rates are paid and calculated on the basis of the present values that may change such as future sum of money of cash flows, can get discontinued at the discounted rates.
- Future values can be ascertained based on the present value of the product/assert. Thus the interest rates and inflation rates change as the risks and the consumer's needs will always be present and have existed earlier.
- It's calculated by the present value and future value of money multiplied by the interest rate and the total number of years. I.e
- FV = PV x [ 1 + (i / n) ] (n x t)
