Essentials Of Investments
11th Edition
ISBN: 9781260013924
Author: Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Publisher: Mcgraw-hill Education,
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- Estimating the annual interest rate with an ordinary annuity. Fill in the missing annual interest rates in the following table for an ordinary annuity stream. Number of Payments or Years Annual Interest Rate Future Value Annuity Present Value 10 ? $0.00 $600.00 $2,386.09 18 ? $13,278.73 $354.57 $0.00 40 ? $0.00 $1,872.79 $40,000.00 60 ? $266,564.09 $500.00 $0.00 Number of Payments or Years Annual Interest Rate Future Value Annuity Present Value 10 nothing% (Round to two decimal places.) $0.00 $600.00 $2,386.09 18 nothing% (Round to two decimal places.) $13,278.73 $354.57 $0.00 40 nothing% (Round to two decimal places.) $0.00 $1,872.79 $40,000.00…arrow_forwardCalculate the present value of the following annuities, assuming each annuity payment is made at the end of each compounding period. (FV of $1. PV of $1. FVA of $1, and PVA of $1) (Use tables, Excel, or a financial calculator. Round your answers to 2 decimal places.) 1. 2. 3. Annuity Payment $ 5,600 10,600 4,600 Annual Rate Interest Compounded Semiannually 9.0% 10.0% Quarterly 11.0% Annually Period Invested 3 years 2 years 5 years Present Value of Annuityarrow_forwardFind the term of the following ordinary general annuity. State your answer in years and months (from 0 to 11 months). Payment Interval Present Periodic Interest Compounding Period Value Payment Rate $9300 $355 month 7% quarterly The term of the annuity is year(s) and month(s).arrow_forward
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- Assume that at time 0 a sum L is lent for a series of n yearly payments. The rth payment, of amount xr, is due at the end of the rth year. Let the effective annual interest rate for the rth year be ir. Give an identity which expresses L in terms of the xr and ir.arrow_forwardDerive an equation to find the end-of-year future sum F that is equivalent to a series of n beginning-of-year payments B at interest rate i. Then use the equation to determine the future sum F equivalent to six B payments of $100 at 8% interest.arrow_forwardFind the value of the annuity at the end of the indicated number of years. Assume that the interest is compounded with the same frequency as the deposits. (Round your answer to the nearest cent.)$ Amount of Deposit m Frequency n Rate r Time t $250 semiannually 4% 30 yrarrow_forward
- Assume time is measured in years and today is time 0. A payment stream is due to start in 7 years' time from today. 12 annual payments in advance, each of amount 99, will be made. Thus the first payment is made at time 7. Assuming the effective rate of interest is 4% per annum, calculate the value at time 0 of the payment stream. Give your answer to 2 decimal places.arrow_forwardComplete the next line of the schedule. arrow_forwardFor each of the following cases, indicate (a) what interest rate columns and (b) what number of periods you would refer to in looking up the future value factor. (1) In Table 1 (future value of 1): Number of Annual Rate Years Invested Compounded Case A 5% 5 Annually Case B 8% 6 Semiannually Case A Case B . (a) % % (2) In Table 2 (future value of an annuity of 1): Annual Rate Number of Years Invested Compounded Case A 6% 9 Annually Case B 8% 5 Semiannually Case A Case B (b) periods periods (a) (b) % periods % periodsarrow_forward
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