Answer:
1460 will be in the account after 9 years
Explanations:
Let the amount put into the account be P
P = 600.00
The interest rate, r = 10% = 0.1
The number of years, t = 9
The interest is compounded quarterly
There are four quarters in a year, n = 4
The amount, A, in the account at the end of the 9 years will be given by the formula:

Substitute the value of P, r, t, and n into the formula:

1460 will be in the account after 9 years