Investment A pays $4,245 per month for the next 9 months
Investment B pays $1,743 per month for the next 16 months.
If the market interest rate is 4.39 % APR compounded monthly, what is the difference in the market
price of the two assets? (state your answer as a positive number)
Monthly Interest Rate = 0.0439/12 = 0.0036583
Period | Discounting Factor [1/(1.0036583^period)] |
Discounting Factor Annuity (Sum of discounting factor & all previous discounting factors) |
1 | 0.996355034 | 0.996355034 |
2 | 0.992723355 | 1.989078389 |
3 | 0.989104912 | 2.978183301 |
4 | 0.985499659 | 3.96368296 |
5 | 0.981907546 | 4.945590506 |
6 | 0.978328527 | 5.923919033 |
7 | 0.974762553 | 6.898681586 |
8 | 0.971209577 | 7.869891163 |
9 | 0.967669552 | 8.837560715 |
10 | 0.964142429 | 9.801703144 |
11 | 0.960628163 | 10.76233131 |
12 | 0.957126707 | 11.71945801 |
13 | 0.953638013 | 12.67309603 |
14 | 0.950162035 | 13.62325806 |
15 | 0.946698727 | 14.56995679 |
16 | 0.943248043 | 15.51320483 |
Value of Investment A = Annuity*Discounting Factor for 9 periods = 4245*8.83756 = 37515.44
Value of Investment B = Annuity*Discounting Factor for 16 periods = 1743*15.5132 = 27039.51
Difference = 37515.44-27039.51 = $10475.93
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