Bob makes his first $950 deposit into an IRA earning 8% compounded annually on the day he turns 22 and his last $950 deposit on the day he turns 55 (34 equal deposits in all). With no additional deposits, the money in the IRA continues to earn 8% interest compounded annually until Bob retires on his 65th birthday. How much is the IRA worth when Bob retires? Value of the IRA on Bob's 65th birthday: $ |

Bob makes his first $600 deposit into an IRA earning 7.6% compounded annually on his 24th birthday and his last $600 deposit on his 45th birthday (22 equal deposits in all). With no additional deposits, the money in the IRA continues to earn 7.6% interest compounded annually until Bob retires on his 65th birthday. How much is in the IRA when Bob retires? The amount in the IRA when Bob retires is $____ (Round to the nearest cent as needed)

Bob makes his first $1,400 deposit into an IRA earning 6.8% compounded annually on his 24th birthday and his last $1,400 deposit on his 41st birthday (18 equal deposits in all). With no additional deposits, the money in the IRA continues to earn 6.8% interest compounded annually until Bob retires on his 65th birthday. How much is in the IRA when bob retires?

K- Bob makes his first $2,000 deposit into an IRA earning 7.9% compounded annually on his 24th birthday and his last $2,000 deposit on his 41st birthday (18 equal deposits in all). With no additional deposits, the money in the IRA continues to earn 7.9% interest compounded annually until Bob retires on his 65th birthday. How much is in the IRA when Bob retires? The amount in the IRA when Bob retires is S (Round to the nearest cent as needed.)

David, age 39, is starting his traditional IRA contributions immediately. He will invest $4,000 at the beginning of eachyear for the next 20 years. Assuming he earns 7.5% compounded annually on these funds, how much will David havein his IRA after the 20 years? A. $186,210 B. $184,392 C. $68,464 D. $173,219

Seth starts an IRA (Individual Retirement Account) at the age of 3232 to save for retirement. He deposits $450$⁢450 each month. Upon retirement at the age of 6565, his retirement savings is $488,809.01$⁢488,809.01. Determine the amount of money Seth deposited over the length of the investment and how much he made in interest upon retirement.

Six years ago, Gladys opened a retirement account with an initial deposit of $14,000. Each year since then, she has added $2,000 to the account at the end of each year. She plans on contributing for the next 25 years. How would you determine the future value of her account at retirement? O Future value of a lump sum and future value of an annuity. O Future value of an annuity and the present value of a lump sum. O Future value of a lump sum and present value of an annuity. O Future value of an annuity.

Today is Derek's 25th birthday. Derek has been advised that he needs to have $3,863,156.00 in his retirement account the day he turns 65. He estimates his retirement account will pay 9.00% interest. Assume he chooses not to deposit anything today. Rather he chooses to make annual deposits into the retirement account starting on his 27.00th birthday and ending on his 65th birthday. How much must those deposits be?

Bill started saving for his retirement when he was 37. Each month he deposited $100.00 into an annuity that earns 3.2% compounded monthly. Assume the interest rate stays the same while the account is open. You may round your answers to the nearest cent. How much will be in the account when Bill turns 70? Future Value $ Of this future account balance, how much comes from Bill's deposits? Total Deposited $ How much interest, in total, will he earn? Interest

Dick Eckel recently set up a TDA to save for his retirement. He arranged to have $135 taken out of each of his biweekly checks; it will earn 9 7/8% interest. He just had his twenty-ninth birthday, and his ordinary annuity comes to term when he is 65. Find the following. (a) The future value of the account$ (b) Dick's total contribution to the account$ (c) The total interest$