#19 on Schweser Exam 1 morning session.
Q:An investor wants to receive $10,000 annually for ten years with the first payment 5 years from today. If the investor can earn 14% annual return, the amount she will have to invest today is closest to:
A. 27,091
B. 30,884
C. 52,161
A:This problem involves determining the present value of an annuity followed by finding the present value of a lump sum. Enter PMT = 10,000, N = 10, and I = 14. Compute PV = 52,161.16. That is the present value of the 10-year annuity, four years from today. Next, we need to discount that back to present for four years to find the amount of the investment today. Enter FV = −52,161.16, N = 4, I = 14, PMT = 0. Compute PV = 30,883.59.
My question is about drawing the timeline - Do you start at #0 or #1. "4 years from today" at 0 would bring you to year 4 and year 5 for starting at #1.
This really throws me off in getting the right answer - any tips on how to draw the timeline for this one? |