In: Finance
Future Value: Ordinary Annuity versus Annuity Due What is the
future value of a 3%, 5-year ordinary annuity that pays $800 each
year? Round your answer to the nearest cent. $
If this were an annuity due, what would its future value be? Round
your answer to the nearest cent. $
Calculation of Future value of ordinary annuity | ||||||
Future value of ordinary annuity = P x {[(1+r)^n -1]/r} | ||||||
Future value of ordinary annuity = ? | ||||||
P = annuity = $800 per year | ||||||
r = interest rate per year = 3% | ||||||
n = number of years = 5 | ||||||
Future value of ordinary annuity = 800 x {[(1+0.03)^5 -1]/0.03} | ||||||
Future value of ordinary annuity = 800 x 5.309136 | ||||||
Future value of ordinary annuity = $4,247.31 | ||||||
Calculation of Future value of annuity due | ||||||
Future value of annuity due = (1+r) x P {[(1+r)^n -1]/r} | ||||||
Future value ofannuity due = ? | ||||||
P = annuity = $800 per year | ||||||
r = interest rate per year = 3% | ||||||
n = number of years = 5 | ||||||
Future value of annuity due = (1+0.03) x 800 {[(1+0.03)^5 -1]/0.03} | ||||||
Future value of annuity due = 1.03 x 4247.31 | ||||||
Future value of annuity due = $4,374.73 | ||||||