Answer :
Answer:
$4,448.77
Explanation:
time until retirement = 15 years x 2 semiannual contributions = 30 payments
interest rate =15% / 2 = 7.5%
future value = $460,000
we can use the future value of an annuity formula:
future value = payment x annuity factor
FV annuity factor 7.5%, 30 periods = 103.3994
payment = future value / annuity factor
payment = $460,000 / 103.3994 = $4,448.77
The amount that should be invested is $4,448.77.
Calculation of the amount:
Since
time until retirement = 15 years x 2
= 30 payments
And,
interest rate =15% / 2 = 7.5%
Also,
future value = $460,000
Now we can use the future value of an annuity formula:
Here,
future value = payment x annuity factor
where,
FV annuity factor 7.5%, 30 periods = 103.3994
So,
payment = future value / annuity factor
= $460,000 / 103.3994
= $4,448.77
hence, The amount that should be invested is $4,448.77.
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