Question

8. Consider the following two investment options: (1) Invest $1,000 and receive $110 at the end of each month for the next 10
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Answer #1
Alternative 1:
Calculation of present worth
Present Value Of Annuity
= C*[1-(1+i)^-n]/i]
Where,
C= Cash Flow per period
i = interest rate per period
n=number of period
= $110[ 1-(1+0.01)^-10 /0.01]
= $110[ 1-(1.01)^-10 /0.01]
= $110[ (0.0947) ] /0.01
= $1,041.84
Present worth = $1041.84-1000
=$41.84
Alternative 2:
Present Value Of Annuity
= C*[1-(1+i)^-n]/i]
Where,
C= Cash Flow per period
i = interest rate per period
n=number of period
= $130[ 1-(1+0.01)^-10 /0.01]
= $130[ 1-(1.01)^-10 /0.01]
= $130[ (0.0947) ] /0.01
= $1,231.27
Present worth = $1231.27-1200
=$31.27
Alternative 1 should be selected as it is more worthy.

ALTERNATIVE METHOD

Alternative 1:
Year Cash Flow PV annuity at 1% PV of Cash Flow
0 -1000 1 $           -1,000.00
1 110 0.99009901 $                108.91
2 110 0.980296049 $                107.83
3 110 0.970590148 $                106.76
4 110 0.960980344 $                105.71
5 110 0.951465688 $                104.66
6 110 0.942045235 $                103.62
7 110 0.932718055 $                102.60
8 110 0.923483222 $                101.58
9 110 0.914339824 $                100.58
10 110 0.905286955 $                  99.58
Present worth $                  41.84
Alternative 2:
Year Cash Flow PV annuity at 1% PV of Cash Flow
0 -1200 1 $           -1,200.00
1 130 0.99009901 $                128.71
2 130 0.980296049 $                127.44
3 130 0.970590148 $                126.18
4 130 0.960980344 $                124.93
5 130 0.951465688 $                123.69
6 130 0.942045235 $                122.47
7 130 0.932718055 $                121.25
8 130 0.923483222 $                120.05
9 130 0.914339824 $                118.86
10 130 0.905286955 $                117.69
Present worth $                  31.27
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