An engineer who is saving for her retirement plans to deposit $500 every quarter, starting quarter from now, into an investment account. If the account pays interest at 6% per yea compounded semiannually, the total she will have at the end of 25 years is closest to: (accup
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Solve this early.
Choose correct Option
a) $112,797
b) $56, 400
C)$ 79,700
d) none of these
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- An engineer who is saving for her retirement plans to deposit $500 every semiannually,starting after six months from now, into an investment account. If the account pays interestat 12% per year, compounded quarterly, the total she will have at the end of 25 years is closestto: (Draw the Cashflow)Tanja wants to establish an account that will supplement her retirement income beginning 25 years from now. Find the lump sum she must deposit today so that $600,000 will be available at time of retirement, if the interest rate is 6%, compounded quarterly. How much must Tanja invest? P=$ (Round to the nearest cent as needed.)If a nurse invests $6,000 at the end of each year in her retirement account at 5% annual rate of return, what would her retirement account be worth if she retires in: (use spreadsheet)a. 20 yearsb. 30 yearsc. 35 yearsd. What if she deposits the $6,000 at the beginning of each year for 25 years?
- An engineer planning for retirement decides that she wants to have income of $100,000 per year for 20 years with the first withdrawal beginning30 years from now. If her retirement account earns interest at 8% per year, the annual amount she would have to deposit for 29 years beginning1 year from now is closest to:a. $7360b. $8125c. $8670d. $9445Say that you plan to retire one quarter after making quarterly contributions to a retirement account for 10 years. You plan to make quarterly contributions of $1007 to an investment account that will earn 10.0% interest annually. If your first contribution occurs today, then what is the account balance when you retire? (Round to the nearest dollar)Robin wishes to accumulate a sum of $450,000 in a retirement account by the time of her retirement in 30 years from now. If she wishes to do this through monthly payments into an account that earns interest at the rate of 10% / year compounded monthly, what should be the size of each payment?
- Carla Lopez deposits $5, 200 a year into her retirement account. If these funds have an average eaning of 6 percent over the 40 years until her retirement, what will be the value of her retirement account?K. Tanja wants to establish an account that will supplement her retirement income beginning 30 years from now. Find the lump sum she must deposit today so that $400,000 will be available at time of retirement, if the interest rate is 10%, compounded quarterly. How much must Tanja invest? P= (Round to the nearest cent as needed.)After retirement, you expect to live for 25 years. You would like to have a $95,000 income each year. The annual interest rate is 9 percent per year. Required: Calculate the amount of savings you have in your retirement account to receive this income. A) Assume that the payments start on the day of your retirement. B) Assume that the payments start one year after the retirement.
- 6) A worker age 40 wishes to accumulate a fund for retirement by depositing $3000 at the beginning of each half a year for 25 years. Assuming all payments are certain to be made, find the amount he will pay, if the effective interest rate is 8% compounded annually.Carla Lopez deposits $2,500 a year into her retirement account. If these funds have an average earnings of 5 percent over the 40 hears until her retirement, what will be the value of her retirement account?A young professional wishes to have $820000 in her retirement account. Its current value is $36000. She invests $600 monthly in the account which earns a 8.1% annual interest rate, with interest compounded monthly. Find the number of payments needed to reach her goal.