Question

Carl's bank offers a retirement plan that promises a return of 9.5%. If he wants to...

Carl's bank offers a retirement plan that promises a return of 9.5%. If he wants to be able to withdraw $27,000 at he start of 2018 as well as the start of the next 14 years, how much should Carl keep in his retirement account today?

a. $378,000.00

b. $231,440.00

c. $211,360.00

Homework Answers

Answer #1

The correct answer to the question is b. $ 231,440

Carl withdraws $ 27,000 in Year 1 and is left with a balance of $204,440 which is deposited in the bank.

Bank provides a rate of 9.5% on the said balance translating to $ 19,421 which adds up his total balance to $ 223,862.

At the starting of 2nd Year, Carl withdraws $27,000 so on and so forth.

At the end of 13th year, he is left with a balance of $27,000 which he withdraws at the beginning of the 14th year.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Marvin the Martian is thinking about retirement. He wants to be able to withdraw $5,450 from...
Marvin the Martian is thinking about retirement. He wants to be able to withdraw $5,450 from his retirement account every quarter for the next 15 years. If his bank pays a nominal annual rate of 6.25% compounded weekly, how much money does Marvin the Martian need to deposit in his retirement account today to be able to complete each quarterly withdrawal for the next 15 years?
Bill decides to save for retirement. The company he chooses offers 6.3% compounded annually. Bill decides...
Bill decides to save for retirement. The company he chooses offers 6.3% compounded annually. Bill decides to make $3,000 yearly deposits into his account for the next 30 yrs. Then for the 25 years following his final deposit, Bill plans on taking out an equal amount of money at the end of every year. How much will Bill be able to withdraw each year for the 25 years after his last deposit? How much interest is earned during this entire...
Bill decides to save for retirement. The company he chooses offers 6.3% compounded annually. Bill decides...
Bill decides to save for retirement. The company he chooses offers 6.3% compounded annually. Bill decides to make $3,000 yearly deposits into his account for the next 30 yrs. Then for the 25 years following his final deposit, Bill plans on taking out an equal amount of money at the end of every year. How much will Bill be able to withdraw each year for the 25 years after his last deposit? How much interest is earned during this entire...
A 30-year old man is planning for his retirement in 35 years. He wants to be...
A 30-year old man is planning for his retirement in 35 years. He wants to be able to withdraw $90,000 each year for 25 years after he retires. How much will he need to save each year for the next 35 years if he can earn 12 percent on his savings? $38,441.08 $5,518.44 $64,285.71 $1,635.26 $7,845.00
Ahmad Abu Al-Hawa plans to retire 40 years from now. He expects that he will live...
Ahmad Abu Al-Hawa plans to retire 40 years from now. He expects that he will live 30 years after his retirement. He wants to have enough money upon reaching retirement age to be able to withdraw $180,000 from his account at the end of each year he expects to live. Ahmad plans to accumulate the retirement fund by making an equal deposit at the of each year for the next 40 years. The interest rate is expected to be 12%...
Your cousin Joe at age 25 wants to plan for his retirement and estimates to retire...
Your cousin Joe at age 25 wants to plan for his retirement and estimates to retire at the age of 65. He already has $5000 in his savings that he received as a gift from his mother. He plans to save some of his income each year during his working years and he plans to increase his savings at a constant 5% each year. He wants to be able to spend $100.000 for 20 years after his retirement and at...
WITHOUT USING THR FINACIAL CALCULATOR OR EXCEL 2. Gary Luff is trying to plan for retirement...
WITHOUT USING THR FINACIAL CALCULATOR OR EXCEL 2. Gary Luff is trying to plan for retirement in 10 years, and currently he has $150,000 in a savings account and $250,000 in shares. In addition, he plans on adding to his savings by depositing $8,000 per year in his savings account at the end of each of the next five years and then $10,000 per year at the end of each year for the final five years until retirement. Required: (a)...
Jason plans to retire in 35 years and live 30 years after his retirement. He will...
Jason plans to retire in 35 years and live 30 years after his retirement. He will save $10,000 every year, starting from next year until his retirement (i.e. 35 years from today). After retirement, Jason wants to make 30 annual withdrawals. The withdrawals are the same over years. The first withdrawal will be made in the first year after his retirement. The annual interest rate is 5%, which applies the whole time to his retirement account. How much can Jason...
You have approached Commonwealth Bank for a loan to buy a house. The bank offers you...
You have approached Commonwealth Bank for a loan to buy a house. The bank offers you a $500 000 loan, repayable in equal monthly instalments at the end of each month for the next 30 years. Required: a. If the interest rate on the loan is 4.5% per annum, compounded monthly, what is your monthly repayment (to the nearest dollar)? b. What is your weekly payment if you wish to pay weekly instalments and the interest rate is compounding weekly?...
BACKGROUND: Jason wants to know how much money he needs to have in his retirement account...
BACKGROUND: Jason wants to know how much money he needs to have in his retirement account on the day he retires. Jason makes the following ASSUMPTIONS: --He will withdraw a DIFFERENT amount from his retirement account each year he is retired. He will adjust the withdrawals for inflation each year, following his first annual withdrawal. --Jason wants to withdraw the equivalent of $75,000 (in terms of today's dollars) in the FIRST year he is retired. Following this, each withdrawal will...