In: Finance
a) 2-year interest rate y(2)
(1+y(2))^2 = (1+y(1))*(1+y(1,1))
y(2) = (((1+y(1))*(1+y(1,1)))^0.5) -1
y(2) = (((1+0.03)*(1+0.02))^0.5) -1 = 0.0249878048
y(2) = 2.50%
2-year interest rate y(3)
(1+y(3))^3 = (1+y(2,1))* (1+y(2))^2
y(3) = ((1+y(2,1))* (1+y(2))^2 )^(1/3) -1
y(3) = (1.04*1.025*1.025)^(1/3) -1 = 0.02997580613
y(3) = 3.00%
b)
Year | Rate |
1 | 3% |
2 | 2.50% |
3 | 3% |
c)
We add a liquidity premium for bonds with higher year to maturity
Year to maturity | Expectation theory rates | Liquidity premium | Rate with Liquidity premium |
1 | 3% | 0.50% | 3.50% |
2 | 2.50% | 0.75% | 3.25% |
3 | 3% | 1.00% | 4.00% |
d) Based on this yield curve in the next 2 years - We expect inflation to be less for the next 2 years and the economic growth to be low in the next 2 years. This is evidend as the interest rates are falling in year 2 as compared to year 1.
Based on this yield curve From year 3 - Here, we expect inflation to start rising and economic growth to start rising. This is evidend as the interest rates are starting to rise in year 3 as compared to year 2.