hj You decide you want your child to be a millionaire. You have a son today and you deposit $7390 in an investment account that earns 0.081 annually. The money in the account will bedistributed to your son whenever the total reaches $1,500,000. How old will your son be when he gets the money?Instruction: Round to the nearest whole number. E.g., if your answer is 40.24, you should type ONLY the number 40, neither 40.24, 40.2, nor 41. Otherwise,Blackboard will treat it as a wrong answer.13

Step 1: Identify the formula to be used*We will use the compounding interest formula in this case…

Answered: You decide you want your child to be a…

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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You are planning on having your first child next month and your parents have told you that they are going to open an account with $3,000 on the day your child is born. The money is to be used for college. You plan to also put $1,500 of your own money into the same account on the day your child is born, and then another $1,500 into the account each year on your child's birthday, through his/her 18th birthday. If the account averages an 8% annual return, what will the account balance be on your child's 18th birthday? Please use appropriate excel formula and show how you arrived at your answer.
After the birth of your first child, you decide to buy a life insurance policy for yourself but can't decide how much to buy. In the event of your untimely death, you estimate that the life insurance money can be invested in an account earning 8% interest compounded monthly. You would like your child to get a monthly payment of $1,500.00 for 18 years.How much should your life insurance policy be worth in order to achieve your goal? I should get a life insurance policy that is worth $_______
You would like your child who was bom today to be a millionaire eventually. To that end, you deposit $9,000 in an investment account that earns an average annual rate of return of 10.5%. The money in the account will be distributed to your son whenever the total reaches $1,000,000. How old will your son be when he gets the money (rounded to the nearest year)? O 47 years O 48 years O 46 years O 49 years.
Q.1. You decide you want your child to be a millionaire. You have a son today and you deposit $15,000 in an investment account that earns 9% per year. The money in the account will be distributed to your son whenever the total reaches $1,000,000. How old will your son be when he gets the money (rounded to the nearest year)?
You want your daughter to be a millionaire. She is 3 years old today when you deposit $42,000 in an account that earns 8.2% per year. The funds in the account will be distributed to your daughter whenever the total reaches $1,000,000. How old will your daughter be when she gets the money?
A couple wants to set up a college fund for their child. The fund will give the child $1,000 per month for 48 months. The first withdrawal will occur when the child turns 18 years old. Assume that the college fund will earn j12=6%. a) How much money will need to be in the account on the child's 18th birthday in order to sustain the withdrawals? b) How much money should be set aside to establish the fund on the child's first birthday?
Please do the following question with full working
You plan to start saving for your son's university education. He will begin university when he turns 18 and will need $4, 000 then and in each of the following three years. You will make a deposit at the end of this year in an account, and an identical deposit at the end of each year, with the last deposit occurring when he turns 18. If an annual deposit of $1, 484 will allow you to reach your goal, how old is your son now? Assume annually compounded 6% interest in your calculation. [Please use let me know how should i use Texas Instrument BAIIPlus financial calculator to solve this problem] question
You plan to start saving for your son’s university education. He will begin university when he turns 18 and will need $4,000 then and in each of the following three years. You will make a deposit at the end of this year in an account, and an identical deposit at the end of each year, with the last deposit occurring when he turns 18. If an annual deposit of $1,484 will allow you to reach your goal, how old is your son now? Assume annually compounded 6% interest in your calculation. [Please use financial calculator to solve this problem]
Jack asked Jill to marry him, and she has accepted under one condition: Jack must buy her a new $300,000 Rolls-Royce Phantom. Jack currently has $27,110 that he may invest. He has found a mutual fund with an expected annual return of 5.5 percent in which he will place the money. How long will it take Jack to win Jill's hand in marriage? Ignore taxes and inflation. Question content area bottom Part 1 The number of years it will take for Jack to win Jill's hand in marriage is enter your response here years
A couple wants to begin saving money for their daughter's education. $16,000 will be needed on the child’s 18th birthday, $18,000 on the 19th birthday, $20,000 on the 20th birthday, and $22,000 on the 21st birthday. Assume 5% interest with annual compounding. The couple is considering two methods of accumulating the money. a. How much money would have to be deposited into the account on the child's first birthday to accumulate enough money to cover the education expenses? (Note: A child’s “first birthday” is celebrated 1 year after the child is born.) b. What uniform annual amount would the couple have to deposit each year on the child’s first through seventeenth birthdays to accumulate enough money to cover the education expenses?
Suppose that a young couple has just had their first baby and they wish to insure that enough money will be available to pay for their child's college education. They decide to make deposits into an educational savings account on each of their daughter's birthdays, starting with her first birthday. Assume that the educational savings account will return a constant 4% per year. The parents deposit $ 10,000 on their daughter's first birthday and plan to increase the size of their deposits by 2% each year. Assuming that the parents have already made the deposit for their daughter's 18th birthday, then the amount available for the daughter's college expenses on her 18th birthday is closest to: $1,012,908 $ 147,489 $500,000 $298,785

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