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Answer is (B). Mario needs to accumulate $22,774.34.
(Concepts) This is a problem of solving for the net present value of an indexed annuity due. It csn be solved as a cashflow problem or a time value of money problem.
(Choice B is true.)
As a cashflow problem, the keystrokes are:
| gold, CLEAR ALL |
Clear all entries |
| gold, DISP, 2 |
Set the number of decimal places to 2 |
| 1, gold, P/YR |
Enter 1 as the payments per year |
| 5200, +/-, CFj |
Enter -$5,200 as CF0 |
| ×, 1.11, ->M, =, CFj |
Enter 1.11 in memory and (-$5,200 × 111%) as CF1 |
| ×, RM, =, CFj |
Enter ((-$5,200 × 111%) × 111%) as CF2 |
| ×, RM, =, CFj |
Enter (((-$5,200 × 111%) × 111%) × 111%) as CF3 |
| 8, ×, gold, (, 1, -, .42, =, I/YR |
Enter (8% × (1 - 42%)) as the interest rate |
| gold, NPV |
Solve for -$22,774.34, the target capital amount |
As a cashflow problem, the shorthand solution is -$22,774.34, calculated by entering DISP = 2, P/YR = 1, CF0 = -$5,200, CF1= (CF0 × 111%), CF2 = (CF1 × 111%), CF3 = (CF2 × 111%), I/YR = (8% × (1 - 42%)), and solving for NPV.
As a time value of money problem, the keystrokes are:
| gold, CLEAR ALL |
Clear all entries |
| gold, DISP, 2 |
Set the number of decimal places to 2 |
| 1, gold, P/YR |
Enter 1 as the payments per year |
| 4, gold, ×P/YR |
Enter 4 as the number of years |
| 8, ×, gold, (, 1, -, .42, gold, ), -, 11, ÷, 1.11, I/YR |
Enter the interest rate as (((8% × (1 - 42%)) - 11%) ÷ (1 + 11%)) |
| 5200, +/-, PMT |
Enter -$5,200 as the payment |
| 0, FV |
Enter $0 as the future payment |
| gold, BEGIN |
Set the calculator for an annuity due |
| PV |
Solve for the present value of $22,774.34, the target capital amount. |
As a time value of money problem, the shorthand solution is $22,774.34, calculated by entering DISP = 2, P/YR = 1, ×P/YR = 4, I/YR = (((8% × (1 - 42%)) - 11%) ÷ (1 + 11%)), PMT = -$5,200, FV = $0, MODE = BEGIN and solving for PV. So, Mario needs to accumulate $22,774.34.
(Keywords: education, capital required, cashflow, net present value, indexed annuity due)
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