Question

Assume that today is the first day of the month and that it is also your...

Assume that today is the first day of the month and that it is also your first day of retirement. You have saved for retirement over the years and have accumulated $248,000 in an investment account from which you plan to make monthly withdrawals during your retirement starting at the end of this month. Assuming you can earn annual returns of 7.0% in your investment account during your retirement years, how much money can you withdraw every month to make sure that your current balance will last you exactly 21 years?

Note: Enter your answer rounded to the nearest dollar. For example, if your calculated monthly withdrawal/payment amount is $1,784.63 enter it as: 1,785 or 1785.

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Answer #1

Sol: Information given in question $ $ 2,48,000.00 7.00% Amount of Investment Rate of Return per Annum Rate of Return per Monn=number of months $ 252.00 Monthly Installment = 248000 X 0.0058 x (1 + 0.0058 )^252 ((1 +0.0058)^252 - 1) Monthly Installme

Monthly Installment Rounded to = $1881Cross Check Answer Year 1 $ 2 $ 3 $ 41 $ 5 $ 6 $ 71 $ 8 $ 9 $ 10 $ 11 $ 12 $ 13 $ 14 $ 150 $ 16 $ 171 $ 18 $ 19 $ 201$ 21 $ 2450 $ 46 $ 471 $ 48 $ 49 $ 50 $ 51 $ 52 $ 53 $ 54 $ 550 $ 56 $ 57 $ 58 $ 59 $ 601$ 61 $ 62 $ 63 $ 64 $ 65 $ 66 $ 671 $ 681 $92 $ 93 $ 94 $ 950 $ 96$ 97 $ 98 $ 99 $ 100 $ 101) $ 102 $ 103 $ 104) $ 1051 $ 106 $ 1071 $ 108 $ 109 $ 110 $ 111 $ 112 $ 113139 $ 140 $ 141 $ 142 $ 143 $ 144 $ 145 $ 146 $ 147) $ 148 $ 149 $ 150 $ 151 $ 1521 $ 153 $ 154 $ 155 $ 156 $ 157) $ 158 $ 15186 $ 187 $ 188 $ 189 $ 190 $ 191 $ 192 $ 1931 $ 194) $ 195 $ 1961 $ 197 $ 198 $ 199 $ 200 $ 2010 $ 202 $ 203 $ 204 $ 205 $ 2233) $ 234 $ 235 $ 236 $ 237) $ 238 $ 239 $ 240 $ 241 $ 242) $ 243) $ 244 $ 245$ 246 $ 2471 $ 248 $ 249 $ 2500 $ 251) $ 252)

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