Answer:
beta of stock B = 1.33
Explanation:
the beta of treasury bills is 0
the beta of stock A = 1.46
the beta of stock B = ?
the portfolio contains equal amounts of each investment and its overall beta is 0.93
0.93 = (0 x 1/3) + (1.46 x 1/3) + (B x 1/3)
0.93 = 0 + 0.4867 + 0.333B
0.93 = 0.4867 + 0.333B
0.4433 = 0.333B
B = 0.4433 / 0.333 = 1.33
Answer:
$12.14
Explanation:
The computation of the current value of one share of the stock is shown below:
D2 = (1 × 1.25) = $1.25
D3 = (1.25 × 1.25) = $1.5625
Now
Value after year 3 is
= (D3 × Growth rate) ÷ (Required return - Growth rate)
= (($1.5625 × 1.06) ÷ [0.17 - 0.06)]
= $15.05681818
Now
Current value is
= Future dividends × Present value of discounting factor(17%,time period)
= $1 ÷ 1.17 + $1.25 ÷ 1.17^2 + $1.5625 ÷ 1.17^3 + $15.05681818/1.17^3
= $12.14
Answer:
Economics is the study of how societies use scarce resources to produce valuable commodities and distribute them among different people
hope this helps
Explanation:
Answer:
C. 20.00 percent
Explanation:
The computation of the accounting rate of return is shown below:
The formula to compute the accounting rate of return is shown below:
= Annual net income ÷ initial investment
where,
Annual net income is
= Net cash flows - depreciation expense
= $12,000 - $6,000
= $6,000
And, the initial investment is $30,000
So, the accounting rate of return on initial investment is
= $6,000 ÷ $30,000
= 20%
The depreciation expense is
= $30,000 ÷ 5 years
= $6,000
Answer: $2,398.55
Explanation:
The deposit at the end of year one would have been compounded by 2 years at the end of year 3. The second year deposit would have compounded by 1 year and the third year deposit would not have compounded at all.
The future value at the end of 3 years is;
= (500 * ( 1 + 11%)²) + (750 * ( 1 + 11%)) + 950
= $2,398.55
<em>The question might not be the exact same but you can use this as a reference. </em>
