NPV Year Cash Flow PV Factor @10% Present Value 0 -$1,700,000 1 -$1,700,000 1 $3
ID: 2659325 • Letter: N
Question
NPVYear Cash Flow PV Factor @10% Present Value
0 -$1,700,000 1 -$1,700,000
1 $348,068.18 0.909091 $316,426
2 $478,925.62 0.751315 $359,824
3 $435,714.28 0.564898 $246,134
4 $396,917.80 0.386917 $153,574
5 $359,937.88 0.240321 $86,501
6 $157,909.60 0.135775 $21,440
7 $144,072.16 0.069987 $10,083
8 $224,065.42 0.032704 $7,328
NPV -$498,690
I'm confused here for PV factor should I use th e(1+.10)^n here. For exapmle year two would be (1+.10)^2 (1+1.21) and so on. Or do I just calculate each years PV Factor at 1.1?
NPV
Year Cash Flow PV Factor @10% Present Value
0 -$1,700,000 1 -$1,700,000
1 $348,068.18 0.909091 $316,426
2 $478,925.62 0.751315 $359,824
3 $435,714.28 0.564898 $246,134
4 $396,917.80 0.386917 $153,574
5 $359,937.88 0.240321 $86,501
6 $157,909.60 0.135775 $21,440
7 $144,072.16 0.069987 $10,083
8 $224,065.42 0.032704 $7,328
NPV -$498,690
I'm confused here for PV factor should I use th e(1+.10)^n here. For exapmle year two would be (1+.10)^2 (1+1.21) and so on. Or do I just calculate each years PV Factor at 1.1?
Explanation / Answer
for first year, pv factor = 1/(1 + 0.1)
2nd year, pv factor = 1/(1 + 0.1)^2
3rd year, pv factor = 1/(1.1^3) and so on
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