Kent earns 4521.94 in salary per month. just after receiving a paycheck, he is offered an early retirement package that includes a lump sum of the current value of 50% of the amount of each of his remaining paychecks. he has 7 years until he can take full retirement. the interest rate is (12) = .0696. calculate the proposed lump sum payment.

$247,495.08 rounded to the nearest hundredth

Step-by-step explanation:

In month 0 Kent would be receiving his current salary

4521.95

The interest rate is 6.96% annually, this is 0.58% monthly

In month 1 after his early retirement, he should be receiving

4521.95 + 4521.95*1.0058 = 4521.95(1+1.0058)

In month 2

and so on.

After 7 years (84 months), he should be getting  

The sequence

is a geometric sequence with common ratio 1.0696

The sum of its first 84 terms is

so, he should be getting

4521.95*109.4638722=494,990.1567

Half this amount would be

$247,495.08 rounded to the nearest hundredth.

this is not the answer this is just a question. is this middle school math?

step-by-step explanation: