You decided to quit smoking today.
Now that you are going to save 300 €/month, you decided to save those 300€ per month in a bank account that offers a 5% interest rate compounded monthly, till the day you retire (that is to say, in 20 years). Please answer the following questions:
I hope my efforts will be fruitful to you.?
You decided to quit smoking today. Now that you are going to save 300 €/month, you...
Now that you are going to save 100 €/month, you decided to save those 100€ per month in a bank account that offers a 2% interest rate compounded monthly, till the day you retire (that is to say, in 20 years). Please answer the following questions: If you decide to do your deposits at the beginning of every month (so your first deposit will be done today) in a bank account that offers a 2% interest rate compounded monthly, and...
You would like to save annually for buying a car 6 years from today. Suppose the first deposit is made today and the last deposit will be made 5 years from now. Assume the car will cost you $30,000 and your deposits earn you interest at 6% p.a. compounded annually. a. What is your annual deposit amount? b. Instead of making annual deposits, you would like to make your deposit monthly and the bank is happy to pay your interest...
Question 13 1 pts Tom plans to save $107 a month, starting today, for 16 years. Dick plans to save $107 a month for 16 years, starting one month from today. Both Tom and Dick expect to earn an average return of 5.7 percent APR on their savings and both will make the same number of deposits. At the end of the 16 years, how much more (in $) will Tom have than Dick? Answer to two decimals. Question 12...
A Company just decided to save $27,000 a month for the next five years as a safety net for recessionary periods. The money will be set aside in a separate savings account which pays 4.00% interest compounded monthly. It deposits the first $27,000 today. If the company had wanted to deposit an equivalent lump sum today, how much would it have had to deposit? (Note that this is annuity due) a. $1,320,495.02 b. $1,470,961.78 c. $1,516,210.34 d .$1,588,534.50 e, $1,622,442.77
You have decided to place $175 in equal deposits every month at the beginning of the month into a savings account earning 7.66 percent per year, compounded monthly for the next 14 years. The first deposit is made today. How much money will be in the account at the end of that time period? Round the answer to two decimal places. Thank you.
You have decided to place $416 in equal deposits every month at the beginning of the month into a savings account earning 3.04 percent per year, compounded monthly for the next 11 years. The first deposit is made today. How much money will be in the account at the end of that time period? Round the answer to two decimal places.
You have decided to place $416 in equal deposits every month at the beginning of the month into a savings account earning 3.04 percent per year, compounded monthly for the next 11 years. The first deposit is made today. How much money will be in the account at the end of that time period? Round the answer to two decimal places.
You have decided to place $147 in equal deposits every month at the beginning of the month into a savings account earning 13.34 percent per year, compounded monthly for the next 14 years. The first deposit is made today. How much money will be in the account at the end of that time period? Round the answer to two decimal places
You have decided to place $166 in equal deposits every month at the beginning of the month into a savings account earning 5.58 percent per year, compounded monthly for the next 15 years. The first deposit is made today. How much money will be in the account at the end of that time period? Please provide steps and show work using excel.
QUESTION 6 The Hi-Tek Company just decided to save $28,000 a month for the next five years as a safety net for recessionary periods. The money will be set aside in a separate savings account which pays 4.00% interest compounded monthly. It deposits the first $28,000 today. If the company had wanted to deposit an equivalent lump sum today, how much would it have had to deposit? (Note that this is annuity due) $1,320,495.02 $1,470,961.78 $1,516,210.34 $1,588,534.50 $1,622,442.77