Answer:
The value of the stock = $19.64
Explanation:
According to the dividend valuation model, <em>the value of a stock is the present value of the expected future cash flows from the stock discounted at the the required rate of return.</em>
Year Workings Present value(PV)
1 $1 × (1.22) × 1.11^(-1) = 1.10
2 $1 × (1.22)^2 ×(1.11)^(-2) = 1.21
3 $1 × ((1.22)^2 × (1.05))/0.11-0.05) = 21.35 ( PV in year 2 terms)
PV (in year 0) of Year 3 dividend = 21.35 × 1.11^(-2)
= 17.33 (see notes)
<em>The value of the stock</em> = $1.10+ $1.21 + 17.3
= $19.64
Notes:
<em>Note the growth applied to year 3 dividend gives the PV in year 2 terms. So we need to re-discount again to year 0.</em>
<em />
The value of the stock = $19.64
During the process of operational planning, management must compare market demand with Capacity.
Capacity refers to the company's ability to fulfill the amount of demand that exist for the products. If a company has a lot of orders without the ability to fulfill it, they will not be able to rake in the profit from the market.
Answer:
$10.82%
Explanation:
The computation of stock value is shown below:-
First we need to find out the expected dividend for computing the stock value
So, Expected dividend = $1.42 × (1 + 1.3%)
= $1.44
Now, Stock value = Expected dividend ÷ (Required return - Growth rate)
= $1.44 ÷ (14.6% - 1.3%)
= $1.44 ÷ 13.3%
= $10.82%
So, for computing the stock value we simply applied the above formula.
D. Eliminates other options is correct. Just took the test.
