Future value of annuity=FV=$1000000
Rate of interest=r=6%/4=1.5% per quarter
Effective annual rate of interest per year=i=(1+r)4-1=(1+1.5%)4-1=6.1364%
Number of periods =n=40 years
Growth Rate of annual deposit=g=5%
We know that future value of growing (by fixed percentage) annuity is given by
4-87 A 25-year-old engineer is opening an individual retirement account (IRA) at a bank. Her goal...
4-87 A 25-year-old engineer is opening an individual retirement account (TRA) at a bank. Her goal is to accumulate $1 million in the account by the time she retires from work in 40 years. The bank manager estimates she may expect to receive 6% nominal annual interest, compounded quarterly, throughout the 40 years. The engineer believes her income will increase at a 5% annual rate during her career. She wishes to start her IRA with as low a deposit as...
146 CHAPTER 4: EQUIVALENCE FOR REPEATED CASH FLOWS 4-93 A 25-year-old engineer is opening an individual retire- ment account (IRA) at a bank. Her goal is to accumu- late $1 million in the account by the time she retires from work in 40 years. The bank manager estimates she may expect to receive 8% nominal annual inter- est, compounded quarterly, throughout the 40 years. The engineer believes her income will increase at a 7% annual rate during her career. She...
An Engineer Invests $2000 In An Individual Retirement Account (IRA) Each Year During Her 40 Year Career. Assume The Investment Earns An 8% rate of return. what annual income can be drawn from the investment for the 30 year following her retirement? A) 46000 B)2670 C) 17300 D)4500 E) none of the above
You decide to open an individual retirement account (IRA) at your local bank that pays 12%/year/year. At the end of each of the next 40 years, you will deposit $2,000 per year into the account (40 total deposits), 3 years after the last deposit, you will begin making annual withdrawals. If you want the account to last 30 years (30 withdrawals), what amount will you be able to withdraw each year? $
You decide to open an individual retirement account (IRA) at your local bank that pays 13%/year/year. At the end of each of the next 40 years, you will deposit $9,500 per year into the account (40 total deposits). 3 years after the last deposit, you will begin making annual withdrawals. If you want the account to last 30 years (30 withdrawals), what amount will you be able to withdraw each year? $ 1853790.7
You decide to open an individual retirement account (IRA) at your local bank that pays 10%/year/year. At the end of each of the next 40 years, you will deposit $3,500 per year into the account (40 total deposits). 3 years after the last deposit, you will begin making annual withdrawals. If you want the account to last 30 years (30 withdrawals), what amount will you be able to withdraw each year? $ Carry all interim calculations to 5 decimal places...
2. George deposits $5500 in her retirement account every year. If her account pays an average of 6% interest and she makes 35 deposits before she retires, how much money can she withdraw in 20 equal annual payments beginning one year later her last deposit?
You decide to open an individual retirement account (IRA) at your local bank that pays 8%/year compounded annually. At the end of each of the next 40 years, you will deposit $4,000 into the account. Three years after your last deposit, you will begin making annual withdrawals. What annual amount will you be able to withdraw if you want the withdrawals to last: Please show cash flow diagram and please don't use excel functions. Thank you. a. 20 years? b....
Prof. Business realizes she is entering the last quarter of her career and is considering retirement in 8 years. She is in a self-managed defined contribution pension plan and through automatic payroll deduction and University matching both based on mandated percentages of her salary $1300/month is currently deposited into her pension plan. Due to the lack of recent raises at her public university, she doesn’t plan on these monthly contributions increasing much if any over the next 8 years. Prof....
An engineer expects to earn a $70,000 salary after she graduates. She anticipates that her salary will increase by an average of 4% each year until she retires 50 years later. If she deposits 10% of her salary into a retirement account at the end of each year, and the account earns 6% annual interest, how much will she have saved on the day she retires?