FV = A((1 + r/m)nm -1)
r/m
$1,130,000 = A(1 + 0.043/12)2x12 - 1)
0.043/12
$1,130,000 = A(1 + 0.003583)24 - 1)
0.0035833
$1,130,000 = A(1.003583)24 – 1)
0.0035833
$1,130,000 = A(25.01329)
A = $1,130,000/25.01329342
A = $45,175.98
The correct answer is B
Explanation:
In this case, there is need to apply future value of annuity formula where the future value is $1,130000, interest rate is 4.3%, number of compounding periods in a year is 12 and number of years is 2. We will make A (monthly saving) the subject of the formula.