Question #119950
III. John is currently 25 years old. He has $10,000 saved up and wishes to deposit this into a savings account which pays him J12 = 6% p.a. He also wishes to deposit $X every month into that account so that when he retires at 55, he can withdraw $2000 every month end to support his retirement. He expects to live up till 70 years. How much should he deposit every month into his account?
1
Expert's answer
2020-06-03T19:52:12-0400

The future value is:

FV=15×12×2,00010,000=350,000.FV = 15×12×2,000 - 10,000 = 350,000.

The monthly payment is:

Pmt=350,000×0.06/12(1+0.06/12)30×121=348.43.Pmt = \frac{350,000\times0.06/12}{(1 + 0.06/12)^{30\times12} - 1} = 348.43.


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Comments

Assignment Expert
07.06.20, 23:31

As 70-55=15, that is why 15 is used in the formula of the future value. The multiplier 12 in the formula of the future value is applied because $2000 is withdrawn every month and it is known the year consists of 12 months.

Matelita
07.06.20, 05:19

How did you get the 15 and 12 from the Future value please explain

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