Answer:
To accomplish this goal, how much should adam invest now $12800.7525 in a CD that pays 1.24% interest compounded monthly.
Explanation:
Amount = 16000
Time = 18 years
Interest = 1.24% interest compounded monthly
So, Formula :

Formula :




Hence To accomplish this goal, how much should adam invest now $12800.7525 in a CD that pays 1.24% interest compounded monthly.