Posted by Anonymous on Monday, December 24, 2012 at 11:04pm.
Calculate the present value of the investments using the compound interest formula over the past 10 years, or n=120 periods (t) at interest rate of i=0.0384/12=0.0032 per period. The monthly payment P=$625 per period, and therefore
PV = present value
FV = (i.e. future value from 10 years ago)
=P((1+i)^(n-1)) / (i) ......(1)
=P(1.0032^(120-1)) / (0.0032)
= $285657.30 (after 10 years)
(a)
Use equation (1) to calculate how much the accumulated amount after 15 years.
(b) Split the investment into two parts, the old and the new.
The future value FV from the previous investment can be calculated using the compound interest formula
FV=(PV)(1+i)^n
where PV=present value calculated above, n=12*15years=180
i=7.72% p.a. (need to convert to per month)
Then there is the new savings of 1000$ per month.
Using the same parameters of n, i, and monthly payment of $1000, apply to equation (1) to get the amount of the new investment after 15 years.
Add the values of the old and the new investments to get the total.
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