An individual deposited $3000 at the beginning of each year into an IRA account which earns 7% compounded quarterly. If the payments began on January 1, 2020 and will end on January 1, 2045, determine the balance on January 1, 2046. ($227,118.93) Cannot use Excel.
Effective rate of interest = (1+r/n)^n -1 | ||||
n= number of periods in a year | ||||
r = interest rate | ||||
= (1+0.07/4) ^4 - 1 | ||||
=7.185903% | ||||
Future Value of an Annuity Due | ||||
= C*[(1+i)^n-1]/i] * (1+i) | ||||
Where, | ||||
c= Cash Flow per period | ||||
i = interest rate per period =7.185903 | ||||
n=number of period =2046-2020 =26 | ||||
= $3000[ (1+0.07185903)^26 -1 /0.07185903] * (1 +0.07185903) | ||||
= $3000[ (1.07185903)^26 -1 /0.07185903] * 1.07185903 | ||||
= $3000[ (6.0755 -1 /0.07185903] * 1.07185903 | ||||
= $2,27,118.93 |
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