What lump sum of money must be deposited into a bank account at the present time so that
$400
per month can be withdrawn for
four
years, with the first withdrawal scheduled for
five
years from today? The interest rate is
3/4%
per month. (Hint: Monthly withdrawals begin at the end of the month
60.)
Monthly withdrawal = $400
No. of withdrawals = 48 ( for 4 years)
Withdrawal will start at the end of month 60.
R = 3/4% or .75%
So,
Present value of the withdrawals = (400*(1-1/1.0075^48)/.0075)*(1/1.0075^60)
Present value of the withdrawals = $10266.4 or $10266
Therefore, funds to be deposited in present value are $10266.4 or $10266.
What lump sum of money must be deposited into a bank account at the present time...
What lump sum of money must be deposited into a bank account at the present time so that $600 per month can be withdrawn for five years, with the first withdrawal scheduled for six years from today? The interest rate is 1/4% per month (Hint: Monthly withdrawals begin at the end of the month 72.) The lump sum of money should be s (Round to the nearest dollar.)
nstructor-created question Queston Help What lump sum of money must be deposited into a bank account at the present time so that $600 per month can be withdrawn for sik years, with the first withdrawal scheduled for seven years from today? The interest rate is 34% per month. (Hint Monthly withdrawals begin at the end of the month 84 The lump sum of money should be $(Round to the nearest dollar.)
Time for a lump sum to double If you deposit money today in an account that pays 14.5% annual interest, how long will it take to double your money? Round your answer to two decimal places.
TIME FOR A LUMP SUM TO DOUBLE If you deposit money today in an account that pays 10.5% annual interest, how long will it take to double your money? Round your answer to two decimal places.
6,7 pls 6. A person deposits $1,000 in an account each year for five years beginning at the end of year 1). At the end of the fifth year (immediately after the deposit), one half of the account balance is withdrawn. $2,000 is deposited annually for five more years (starting at the end of year 6), and the total balance is withdrawn at the end of the 15th year. There are no additional deposits made in years 11 - 15....
What lump sum deposited today at 8% compounded quarterly for 15 years years will yield the same final amount as deposits of $5000 at the end of each 6-month period for 15 years at 10% compounded semiannually? The value of the lump sum is ?? $
$2,000 is deposited today into a bank account. The account earns 4.3% per annum compounded quarterly for the first 4 years, then 6.3% per annum compounded monthly thereafter. Assuming no further deposits or withdrawals are made, (a) Calculate the account balance six months from today. (b) Calculate the account balance 4 years from today. (c) Calculate the account balance 4.25 years from today. (d) Calculate the account balance 13 years from today.
What lump sum deposited today at 12% compounded quarterly for 5 years will yield the same final amount as deposits of $6000 at the end of each 6-month period for 5 years at 4% compounded semiannually? What is the value of the lump sum?
What lump sum deposited today at 8% compounded quarterly for 5 years will yield the same final amount as deposits of $5000 at the end of each 6-month period for 5 years at 4% compounded semiannually? The value of the lump sum is $ .............. (Round to the nearest cent as needed.)
What lump sum deposited today at 8% compounded quarterly for 15 years will yield the same final amount as deposits of $6000 at the end of each 6-month period for 15 years at 6% compounded semiannually? The value of the lump sum is $ 7 (Round to the nearest cent as needed.)