Suppose that an insurance agent offers you a policy that will provide you with a yearly income of $60,000 in 30 years. What is the comparable salary today, assuming an inflation rate of 5% compounded annually? (Round your answer to the nearest cent.)
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Suppose that an insurance agent offers you a policy that will provide you with a yearly income of $60,000 in 30 years. What is the comparable salary today, assuming an inflation rate of 5% compounded annually? (Round your answer to the nearest cent.)
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- You want to invest $8,000 at an annual Interest rate of 8% that compounds annually for 12 years. Which table will help you determine the value of your account at the end of 12 years? A. future value of one dollar ($1) B. present value of one dollar ($1) C. future value of an ordinary annuity D. present value of an ordinary annuitySuppose that an insurance agent offers you a policy that will provide you with a yearly income of $55,000 in 30 years. What is the comparable annual salary today, assuming an annual nation rate of 4% (compounded annually)? (Round your answer to the nearest cent.) Need Help? Subme Anwer PasditSuppose you purchase an insurance policy today that will provide you with $250,000 when you retire in 25 years. Assuming an annual inflation rate of 5%, what will be the purchasing power (in dollars) of a $250,000 in 25 years? Round your answer to the nearest cent 
- Suppose you want to buy a vacant lot for your future home for $29,673. If your bank is willing to loan you the money at a 6% APR over the next 14 years how much would be your monthly payment? (Round up your answer to two decimal point)The Eternal Gift Insurance Company is offering you a policy that will pay you and your heirs $10,000 a year forever. The cost of the policy is $285,000. What is the rate of return on this policy if the payment starts today? answer is 3.64%Suppose your client wishes to purchase an annuity that pays $80,000 each year for 6 years, with the first payment 4 years from now. At an interest rate of 8%, how much would the client need to invest now? Please round your answer to the nearest hundredth.
- Suppose that you'd like to retire in 40 years and you want to have a future value of $ 500000 in a savings account. Also suppose that your employer makes regular monthly payments into your retirement account. If you can expect an APR of 7.5% for your account, how much do you need your employer to deposit each month? Employer Contribution = The formulas we have been using assume that the interest rate is constant over the period in question. Over a period of 40 years, though, interest rates can vary widely. To see what difference the interest rate can make, let's assume a constant APR of 4% for your retirement account. How much do you need your employer to deposit each month under this assumption? Employer Contribution = rate dic restSuppose that you'd like to retire in 40 years and you want to have a future value of $ 800000 in a savings account. Also suppose that your employer makes regular monthly payments into your retirement account. If you can expect an APR of 7.5% for your account, how much do you need your employer to deposit each month? Employer Contribution = The formulas we have been using assume that the interest rate is constant over the period in question. Over a period of 40 years, though, interest rates can vary widely. To see what difference the interest rate can make, let's assume a constant APR of 4% for your retirement account. How much do you need your employer to deposit each month under this assumption? Employer Contribution =An investor is considering an annuity that pays $40,000 per year for four years. 1. Assuming the first $40,000 is paid in a years time given a discount rate of 4% what should the investor pay for this annuity today? 2. Assuming the first $40,000 is paid out immediately what should the investor pay today? (Asssume same discount rate). 3. If the investor pays $130,000 today and assuming the first paymentarrives in a years time, what would this investment’s internal rate of return be? (Asssume same discount rate). 4. What would the investor pay today if the first payment arrived in 5years time? (Asssume same discount rate). 5. If the investor invests $40,000 per year at the end of the next 4 years what would this be worth in 4 years time? (Asssume same discount rate).
- Assume that you contribute $340 per month to a retirement plan for 25 years. Then you are able to increase the contribution to $680 per month for another 25 years. Given a 9.0 percent interest rate, what is the value of your retirement plan after the 50 years? (Do not round intermediate calculations and round your final answer to 2 decimal places.) Future value of multiple annuitiesSuppose you wish to retire forty years from today. You determine that you need $50,000 per year once you retire, with the first retirement funds withdrawn one year from the day you retire. You estimate that you will earn 6% per year on your retirement funds and that you will need funds up to 25 years after retirement. Use the PV of an ordinary annuity due formula. a) Calculate the amount you must deposit in an account today so that you have enough funds for retirement b) Calculate the amount you must deposit each year, starting one year from today, so that you have enough funds for retirement.Assume that Social Security promises you $40,000 per year starting when you retire 45 years from today (the first $40,000 will come 45 years from now). If your discount rate is 7%, compounded annually, and you plan to live for 20 years after retiring (so that you will get a total of 21 payments including the first one), what is the value today of Social Security's promise?