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
Because then there will be a limited amount of supplies and resources on Earth, so the value will be rare and expensive.
Answer:
Purchasing insurance can help Adrian minimize risk. Adrian’s best decision in this case is to not buy the insurance
because the policy is
too expensive in relation to the value of his vehicle
