Today is professor Wang's birthday, and she is planning to save $30000 per year for retirement,...

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Today is professor Wang's birthday, and she is planning to save $30000 per year for retirement, with the first deposit to be made today followed by another deposit on each of the next 4 birthdays. She plans to retire after this (so her first year of not working will be 5 years from now). The expected return on her investment is 10%. She plans to take out the same amount of money each year from the portfolio for her living expenses starting the year after her retirement (5 years from now will be the first year of receiving this fixed payment from her retirement portfolio) and each birthday afterwards. She expect that she will live for 30 years after the retirement. How much money will she be able to receive each year throughout her retirement based on these assumptions? Today is professor Wang's birthday, and she is planning to save $30000 per year for retirement, with the first deposit to be made today followed by another deposit on each of the next 4 birthdays. She plans to retire after this (so her first year of not working will be 5 years from now). The expected return on her investment is 10%. She plans to take out the same amount of money each year from the portfolio for her living expenses starting the year after her retirement (5 years from now will be the first year of receiving this fixed payment from her retirement portfolio) and each birthday afterwards. She expect that she will live for 30 years after the retirement. How much money will she be able to receive each year throughout her retirement based on these assumptions?

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