The forward rates can be calculated as
forward rate for year 1 = f1 = 1000/943.40 -1 = 0.06
forward rate for year 2 = f2 = 943.40/898.47 -1 = 0.05
forward rate for year 3 = f3 = 898.47/847.62 -1 = 0.06
forward rate for year 4 = f4 = 847.62/792.16 -1 = 0.07
So, Expected Price at beginning of year 1 = 1000/((1+f1)(1+f2)(1+f3)(1+f4))
=1000/(1.06*1.05*1.06*1.07) = $792.16
Expected Rate of Return in 1st year = f1 = 6.00%
Expected Price at beginning of year 2 = 1000/((1+f2)(1+f3)(1+f4))
=1000/(1.05*1.06*1.07) = $839.69
Expected Rate of Return in 2nd year = f2 = 5.00%
Expected Price at beginning of year 3 = 1000/((1+f3)(1+f4))
=1000/(1.06*1.07) = $881.68
Expected Rate of Return in 3rd year = f3 = 6.00%
Expected Price at beginning of year 4 = 1000/(1+f4)
=1000/(1.07) = $934.58
Expected Rate of Return in 4th year = f4 = 7.00%
Assuming that the expectations hypothesis is valid, compute the expected price path of the 4-year bond...
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