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a. Find the present value of the annuity given the following. a) 36 monthly payments of $250 in an account where the interest rate is
a. Find the present value of the annuity given the following. a) 36 monthly payments of $250 in an account where the interest rate is 3.5% compounded monthly.
PMT = 250, i = 0.035/12= 0.002916, n = 36 X 12 = 36
???????? = ( 250[1-(1+0.002916)-342])/0.002916
PV = ( 24.879080)/0.002916
PV = 8531.920438 = $8,531.90
b) 60 weekly payments of $125 in an account where the interest rate is 5% compounded weekly.
PMT = 125, i = 0.05/52= 0.000961, n = 60x 52= 3120
???????? = 125[1-(1+0.000961)^-60 /0.000961
PV = 7.000377/0.000961
PV = $7284.47138397 = $7284.48
Is this correct ?
PMT = 250, i = 0.035/12= 0.002916, n = 36 X 12 = 36
???????? = ( 250[1-(1+0.002916)-342])/0.002916
PV = ( 24.879080)/0.002916
PV = 8531.920438 = $8,531.90
b) 60 weekly payments of $125 in an account where the interest rate is 5% compounded weekly.
PMT = 125, i = 0.05/52= 0.000961, n = 60x 52= 3120
???????? = 125[1-(1+0.000961)^-60 /0.000961
PV = 7.000377/0.000961
PV = $7284.47138397 = $7284.48
Is this correct ?
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