Today is your 22nd birthday, and your grandmother
just gave you $5000. G-ma’s gift comes with the condition that you
must invest the money and save it for your retirement. You’ve found
an investment that is expected to earn an annualized rate of return
of 8.4% per year forever.
In 8 years, in order to save even more money for retirement, you
will begin making annual deposits into the investment account. The
first payment will be $6500, and subsequent payments will grow at
3% per year. These deposits will continue until your
50th birthday (the last deposit is on your
50th
birthday).
No more deposits are made into the account after your
50th birthday, but the money continues to earn a rate of
return of 8.4% per year, each year thereafter.
HINT: Draw a timeline which has both time and age labels. For example, at t = 0, your timeline should also say (just below t = 0), age = 22. At t = 1, your timeline should say age = 23, etc. Double-labeling your cash flow timeline in this manner helps to avoid mistakes. Notice that the delta between time and age will always be 22. i.e. t = 50 implies age = 72.
How much money will you have in the investment account 43 years from today?
Now assume that you will begin withdrawing money from the
investment account 44 years from today (i.e. on your 66th
birthday). You are expecting to live to 100, and therefore the last
withdraw you will need to make is on your 99th birthday
(which will fund your living expenses from the 99th to
100th
birthday). You have decided to have your annual withdraws decrease
by 1% per year.
What is the size of the first withdraw?
What is the size of the 6th withdraw?
What is the size of the last withdraw?
Year can be written as t
Today is your 22nd birthday, and your grandmother just gave you $5000. G-ma’s gift comes with...
Investment A You are 25 years old, having just started working. You are considering a retirement plan for a retirement at the age of 65. You want to be able to withdraw $79,000 from your savings account on each birthday for 20 years following your retirement at the age of 65. Your first withdrawal will be on your 66th birthday. To achieve your goal, you intend to make equal annual deposits in a pension scheme which offers 7% interest per...
You are 25 years old, having just started working. You are considering a retirement plan for a retirement at the age of 65. You want to be able to withdraw $76,000 from your savings account on each birthday for 20 years following your retirement at the age of 65. Your first withdrawal will be on your 66th birthday. To achieve your goal, you intend to make equal annual deposits in a pension scheme which offers 7% interest per year. According...
Today is your 35th birthday and it occurs to you that your current retirement savings may be insufficient to maintain for you the lifestyle to which you have become accustomed. The value of your retirement account today on your 35th birthday is $100,000. You plan to retire on your 65th birthday and to live until the day before your 83rd Your goal is to have a stream of cash payments on your 66th through 82nd birthdays that provides you with...
27. Today is your 21st birthday and your parents gave you a gift of $2,000. You just put this money in a brokerage account, and your plan is to add $1,000 to the account each year on your birthday, starting on your 22nd birthday. If you earn 10 percent a year in the brokerage account, what is the minimum number of whole years it will take for you to have at least $1,000,000 in the account? a. 41 b. 43...
Today is your 25th birthday, and you want to save $1.6 Million by your birthday at age 70. If you expect to earn 6% APR compounded monthly in your retirement account, what constant payment at the end of each month must you deposit into the account through your 70th birthday in order to reach your retirement savings goal on your 70th birthday? (Answer to the nearest penny.)
Today is your 25th birthday, and you want to save $1.9 Million by your birthday at age 70. If you expect to earn 6% APR compounded monthly in your retirement account, what constant payment at the end of each month must you deposit into the account through your 70th birthday in order to reach your retirement savings goal on your 70th birthday? (Answer to the nearest penny.)
Your rich uncle gave you $10,000 today on your 20th birthday. You want to invest the money and then start making monthly deposits, beginning one month from today, so that you will accumulate $500,000 by the time you are 60 years old. You believe that you can earn 8% on your investment. How much will you have to deposit each month to reach your goal of $500,000 by your 60th birthday? $126 - $150 More than $150 $76 - $100...
Your sister is celebrating her 32nd birthday. As the party winds down she asks for your assistance in helping her plan for retirements because she knows that you are taking a finance course in your MBA program. She wants to start saving now for retirement at age 62. She tells you that ideally she would like to withdraw $50,000 on an annual basis for at least 20 years starting the year after she retires at age 62. She says that...
Today is your 40th birthday (this is beginning of period, i.e., time 0). You expect to retire at age 65 and actuarial tables suggest that you will live to be 85. You want to move to Hawaii when you retire (on your 65th birthday). You estimate that it will cost you $50,000 to make the move on your 65th birthday. Starting on your 65th birthday and ending on your 84th birthday (all withdrawals are at the beginning of the year),...
Problem 3 You just turned 30 and decide that you would like to save up enough money so as to be able to withdraw $75,000 per year for 20 years after you retire at age 65, with the first withdrawal starting on your 66th birthday. How much money will you have to deposit each month into an account earning 8% per year (interest compounded monthly), starting one month from today, to accomplish this goal?