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5 = 1 x (1 + .06/4)4Y

5 = (1.015)4Y

log(5) = 4Y log(1.015)

4Y = log(5)/log(1.015)

Y = 0.25 log(5)/log(1.015) = 0.25 (0.69897) / (0.00646604) = 27.025 years

That means you won't quite be there at the end of the 27th year,

but the interest payment at the end of the first quarter of the 28th

year will put you over the top.

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12y ago
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Q: How many years will it take for 1000.00 to grow to 5000.00 if it is invested APR 6 percent compounded quarterly?
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