
Keith P. answered 12/01/20
Experienced Business Operations and Supply Chain Executive
This is a multi-step time value of money problem.
Step 1: Calculate the future value (FV) of the initial investment, which earns 4.5% compounded monthly interest
1.a. From excel, use the formula FV. Go to Formulas, Financial and select FV from the list
1.b. Populate with given values.
1.c. Step 1: FV = $30,079.66
Step 2: Build a cash flow model to calculate the FV of Step 1 with following conditions:
2.a. Ensure withdrawal is subtracted each year before applying 5% annual interest
2.b. Year 1 FV is Year 2 Initial Investment value, Year 2 FV is Year 3 Initial Investment, Year 3 FV is year 4 Initial Investment
2.c. Assume the "equal" withdrawal for each year will be ¼ of the Year 1 initial investment value, $30,079.66, in order to get the model up and running
2.d. Run multiple iterations of the model adjusting the “withdrawal” value until future value in year 4 is $0.
Periods
Iteration 1 Year 1 Year 2 Year 3 Year 4
Initial Investment Value $30,079.66 $23,687.73 $16,976.21 $9929.11
Equal Annual w/drawal ($7519.91) ($7519.91) ($7519.91) ($7519.91)
Interest rate 5%
FV of Investment minus $23,687.73 $16,976.21 $9,929.11 $2,529.65
Annual w/drawal
Periods
Iteration 5 Year 1 Year 2 Year 3 Year 4
Initial Investment Value $30,079.66 $23,100.82 $15,773.04 $8078.88
Equal Annual w/drawal ($8078.88) ($8078.88) ($8078.88) ($8078.88)
Interest rate 5%
FV of Investment minus $23,100.82 $15,773.04 $8078.88 $0.00
Annual w/drawal
Answer: ($8,078.88) rounded to the nearest cent