annuity due:
A = $2000
i = 0.12 / 12 = 0.01 per month
n=8×12n = 8\times 12n=8×12 month
PV=A×1−(1+i)−ni×(1+i)=2000×1−(1+(0.01))−960.01×(1+(0.01))=137822.05PV = A\times\frac{1-(1+i)^{-n}}{i}\times(1+i)=2 000\times\frac{1-(1+(0.01))^{-96}}{0.01}\times(1+(0.01))=137822.05PV=A×i1−(1+i)−n×(1+i)=2000×0.011−(1+(0.01))−96×(1+(0.01))=137822.05
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