Given:
More Money 4U offered an annuity that pays 4.5% compounded monthly
so, the interest rate = r = 4.5% = 0.045, and n = 12
If $1,869 is deposited into this annuity every month
so, the value of P = 1869
we will use the following formula:

We will find the value of A after 4 years, t = 4
So, substitute P = 1869, r = 0.045, t = 4, n = 12

Rounding to the nearest dollar
So, the answer will be the balance of the account = $98,092