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To purchase a specialty guitar for his band, for the last three years JJ Morrison has made payments of $111 at the end of each month into a savings account earning interest at 5
To purchase a specialty guitar for his band, for the last three years JJ Morrison has made payments of $111 at the end of each month into a savings account earning interest at 5.41% compounded monthly. If he leaves the accumulated money in the savings account for another four years at 6.54% compounded quarterly, how much will he have saved to buy the guitar? The balance in the account will be $ (Round the final answer to the nearest cent as needed. Round all intermediate values to six decimal places as needed.)
Expert Solution
Since JJ Morrison has made a payment of $111 every month from the last 10 years which is compounded at a rate of 5.41% compounded monthly. Therefore the amount at the end of 3 years which JJ Morrison will have will be calculated by using the following parameters in a financial calculator.
N(time period) = 3*12 = 36 (since monthly payment is done)
I/Y (rate of interest) = 5.41/12 = 0.450833( since monthly compounding is given)
PV(present value) = 0.
PMT ( reccuring payments) = $111
FV(amount after 3 years) = $4327.993011
The calculation for which is given as follows
{111/(1.00450083)}+{111/(1.00450083)^2}+...+{111/(1.00450083)^36}
= $4327.993011
Now we will use this amount as the present value investment which will be invested quarterly for 4 years at a rate of 6.54% compounded quarterly in a savings account by using the following parameters in a financial calculator.
N= 4*4=16(since quarterly interest is recieved)
I/Y = 6.54/4=1.635
PV = -$4327.993011( the negative sign is to denote an outflow)
PMT = 0(since no reccuring payments)
FV =?
The calculation for the same will be
4327.993011*{(1+0.01635)^16}
= $5610.211252
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