John, a 25-year-old teacher, wants to start saving for his retirement. John wants a comfortable retirement, so he needs to have one million dollars in his saving account, which pays 2.4% annual interest rate, when he reaches 67 years of age. a. How much should John deposit into his saving account monthly now? Round your answer to the nearest cent. b. If John wants the one million dollars in his saving account to last him 20 years into his retirement, how much could he withdraw from the saving account monthly? You can assume the saving account will pay the same 2.4% annual interest rate. Round your answer to the nearest cent. c. If John increases his monthly deposit in part (a) by $200, how much will be in his saving account if he wants to retire at 60 years of age? Round your answer to the nearest cent.
John, a 25-year-old teacher, wants to start saving for his retirement. John wants a comfortable
retirement, so he needs to have one million dollars in his saving account, which pays 2.4% annual
interest rate, when he reaches 67 years of age.
a. How much should John deposit into his saving account monthly now? Round your answer to the
nearest cent.
b. If John wants the one million dollars in his saving account to last him 20 years into his
retirement, how much could he withdraw from the saving account monthly? You can assume the
saving account will pay the same 2.4% annual interest rate. Round your answer to the nearest
cent.
c. If John increases his monthly deposit in part (a) by $200, how much will be in his saving account
if he wants to retire at 60 years of age? Round your answer to the nearest cent.
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