In: Finance
1 yr. |
2 yr. |
3 yr. |
5 yr. |
7 yr. |
0.16% |
0.23% |
0.28% |
0.37% |
0.51% |
Solution 1) Recent paid dividend (D0) = $2
Dividend growth for two years = 10%
Dividend growth after two years = 6%
The required rate of return (r) = 12%
For the high growth period, the dividends are calculated as follows:
Dividend in 1 year (D1) = D0*(1+10%) = 2*(1+10%) = $2.2
Dividend in year 2 (D2) = D1*(1+10%) = 2.2*(1+10%) = $2.42
Dividend in year 3 (D3) = D2*(1+6%) = 2.42*(1+6%) = $2.57
Year 3 onwards, the dividends grow at a constant rate of 6%
Present Value of perpetuity = Next year dividend/(r - g)
The present value of cash flows (at t=2) = D3/(r - g)
= 2.57/(12% - 6%) = $42.75
The calculation is shown below:
The stock price at t=1 is calculated as:
Expected stock price in one year (P1) = $42.53
Solution 2) a) 3-year spot rate (S2) = 0.28%
n2 = 3
5-year spot rate (S1) = 0.37%
n1 = 5
The forward rate is calculated as following
Forward Rate = [(1 + S1)n1 / (1 + S2)n2]1/(n1-n2) – 1
Forward rate = [(1+0.37%)^5/(1+0.28%)^3]^[(1/(5-3)] - 1
= [(1.0037)^5/(1.0028)^3]^(1/2) - 1
= [(1.01864)/(1.0084)]^(1/2)-1
= (1.01013)^(0.5) - 1
= 1.00505 - 1
= 0.51%
Solution 2) b) An inverted yield curve occurs when the short term interest rates are more than the long term interest rates. This implies that an investor will have high returns by investing in the short term while there will be low returns in the long term.
One of the possible reasons for the inverted yield curve is when the investors are having low confidence in the growth of the economy and it is believed that the economy is entering into a recession.