Answer:
Answer:
Growth rate (g) = n-1√(<u>Latest dividend)</u> - 1
Current dividend
= 4-1√($2.49/2.20) -1
= 3√(1.1318) -1
= 1.04 - 1
= 0.04 = 4%
Ke = Do<u>(1 + g) </u> + g
Po
Ke = $2.57(<u>1 + 0.04</u>) + 0.04
65
Ke = 0.04 + 0.04
Ke = 0.08 = 8%
Explanation:
In this case, we need to calculate the growth rate using the above formula. Then, the cost of equity will be calculated. Cost of equity is a function of current dividend paid subject to growth rate divided by current market price.
Explanation:
The dependent variable is the<u> "average time in minutes it takes to drive from campus to workplace.
"</u>
A dependent variable is the thing that you measure in the analysis and what is influenced amid the investigation. The dependent variable reacts to the independent variable. It is called dependent since it "depends" on the independent variable. In a logical trial, you can't have a dependent variable without an independent variable.
Answer: $16.69
Explanation:
Using the Dividend growth model, the value is:
= [Dividend 1/ (1 + required return)] + [Dividend 2/ (1 + required return)²] + [Terminal value / (1 + required return)²]
Terminal value = Dividend after 2 years / (required return - growth)
= 2.50/ (14.5% + 0%)
= $17.24
Dividend 1 = 3.60 * ( 1 -30%) Dividend 2 = 2.52 * ( 1 -30%)
= $2.52 = $1.76
Market value = (2.52 / 1.145) + (1.76 / 1.145²) + (17.24/1.145²)
= $16.69
Answer:
(a) $18,000
(b) $3,600
Explanation:
(a) Profit would be:
= (No. of shares × Undervalued) - (No. of shares × Overvalued)
= (1,800 × $16) - (1,800 × $6)
= $28,800 - $10,800
= $18,000
(b) Only half your order will be filled.
With rationing (and being an uninformed investor) we expect our profits:
= (No. of shares × Undervalued) - (No. of shares × Overvalued)
= (900 × $16) - (1,800 × $6)
= $14,400 - $10,800
= $3,600
