What is the size of the payments that must be deposited at the beginning of each 6-month period in an account that pays 9.8%, compounded semiannually, so that the account will have a future value of $160,000 at the end of 19 years? (Round your answer to the nearest cent.)
Payment required | = | FV*r /[(1+r)^n -1] * 1/(1+r) | ||
Future value | FV | 160,000.00 | ||
Rate per period | r | |||
Annual interest | 9.8% | |||
Number of payments per year | 2.00 | |||
Interest rate per period | 0.098/2= | |||
Interest rate per period | 4.900% | |||
Number of periods | n | |||
Number of years | 19.000 | |||
Payments per year | 2 | |||
number of payments | 38 | |||
Payment | = | 160000*0.049/ [(1+0.049)^38 -1] *1/(1+0.049) | ||
= | 1,448.85 |
Amount to deposit each period is $1,448.85
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