An analyst gathers the following one-period continuously compounded returns.
r0,1 4.2%
r1,2 3.0%
r2,3 –1.0%
The continuously compounded return from time t = 0 to time t = 3 is closest to:
- 6.07%.
- 6.20%.
- 6.25%.
Solution
B is correct because "the continuously compounded return to time T is the sum of the one-period continuously compounded returns: r0,T = rT−1,T + rT−2,T−1 + . . . + r0,1."
In this case, r0,3 = r2,3 + r1,2 + r0,1 = –1.0% + 3.0% + 4.2% = 6.20%.