Question 3 Highlander, an immortal, wants to retire in 25 years. His pension fund manager suggests that he contribute $500 per month for the next 25 years towards his retirement pension fund. Once he retires, he will receive $750 per month in perpetuity as his pension. What is the APR (compounded monthly) that his pension fund manager is using?
Let APR = r
Investment per month P = $500
Investment period = 25*12 = 300
Interest rate = r/12 monthly
Hence, Total Amount at end of 25 years = P[(1+r)n -1]/r = 500[(1+r/12)25 -1]/(r/12)
After retirement X = $750 in perpetuity is received
Hence, value of the perpetuity at retirement = X/r = 750/(r/12)
Hence, the value of investment at time of retirement = value of perpetuity at time of retirement
=> 500[(1+r/12)300 -1]/(r/12) = 750/(r/12)
=> r = 0.0367 or 3.67%
Hence APR = 3.67%
Question 3 Highlander, an immortal, wants to retire in 25 years. His pension fund manager suggests...
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