Answer:
$11,634.50
Step-by-step explanation:
The future value formula can be applied to each of the deposits:
FV = P(1 +r/n)^(nt)
For 1000 now, interest accumulates for 10 years.
FV = 1000(1 +.12/2)^(2·10) = 3207.14
For 3000 in 4 years, interest accumulates for 6 years.
FV = 3000(1 +.12/2)^(2·6) = 6036.59
For 1500 in 6 years, interest accumulates for 4 years.
FV = 1500(1 +.12/2)^(2·4) ≈ 2390.77
Then the value of the account in 10 years will be ...
$3207.14 +6036.59 +2390.77 = $11,634.50