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Annuity FV at 13 percent

By Jude Wallis

At 13 percent, the future value of an annuity of 1 for 5 periods is 6.4803. Multiply a cash amount by that factor. This column is independently recomputed.

The formula

FVIFA=(1+r)n1rFVIFA = \frac{(1 + r)^{n} - 1}{r}

Multiply a level payment by the factor to get what the stream is worth at the end.

Future value of an annuity of 1 at 13 percent, n down the side and interest rates across the top.
n13%
11.0000
22.1300
33.4069
44.8498
56.4803
68.3227
710.4047
812.7573
915.4157
1018.4197
1121.8143
1225.6502
1329.9847
1434.8827
1540.4175
1646.6717
1753.7391
1861.7251
1970.7494
2080.9468
2192.4699
22105.4910
23120.2048
24136.8315
25155.6196
26176.8501
27200.8406
28227.9499
29258.5834
30293.1992
35546.6808
401013.7042
451874.1646
503459.5071

Worked example

Using the 13 percent column, what factor sits at 5 periods, and what is 1,000 times that factor?

  1. Read down the 13 percent column to row 5, giving 6.4803.
  2. Multiply: 1000 x 6.4803.

The factor is 6.4803. The product is 6480.3.

How these figures were checked

Every factor on this page is recomputed before the site can build, by a separate program that works a different way: repeated multiplication instead of a power function, a period-by-period sum instead of a closed-form annuity factor, and a solved loan schedule instead of a payment formula. If the two methods disagree anywhere, the page does not ship. Printed factor tables carry typos because nobody can check three thousand numbers by hand; this one is checked on every build.

Keep reading

This page is educational material, not financial advice. The figures come from the formula shown and assume the inputs you enter hold for the whole term. Your own rate, fees, taxes and timing will differ, so treat the output as arithmetic to check a decision against, not as a recommendation.