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2-1 CHAPTER 5 Time Value of Money Future value Present value Annuities Rates of return Amortization.

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Presentation on theme: "2-1 CHAPTER 5 Time Value of Money Future value Present value Annuities Rates of return Amortization."— Presentation transcript:

1 2-1 CHAPTER 5 Time Value of Money Future value Present value Annuities Rates of return Amortization

2 2-2 Last week Objective of the firm Business forms Agency conflicts Capital budgeting decision and capital structure decision

3 2-3 The plan of the lecture Time value of money concepts present value (PV) discount rate/interest rate (r) Formulae for calculating PV of perpetuity annuity Interest compounding How to use a financial calculator

4 2-4 Financial choices with time Which would you rather receive? $1000 today $1040 in one year Both payments have no risk, that is, there is 100% probability that you will be paid

5 2-5 Financial choices with time Why is it hard to compare ? $1000 today $1040 in one year This is not an apples to apples comparison. They have different units $1000 today is different from $1000 in one year Why? A cash flow is time-dated money

6 2-6 Present value To have an apple to apple comparison, we convert future payments to the present values or convert present payments to the future values This is like converting money in Canadian $ to money in US $.

7 2-7 Some terms Finding the present value of some future cash flows is called discounting. Finding the future value of some current cash flows is called compounding.

8 2-8 What is the future value (FV) of an initial $100 after 3 years, if i = 10%? Finding the FV of a cash flow or series of cash flows is called compounding. FV can be solved by using the arithmetic, financial calculator, and spreadsheet methods. FV = ? 0123 10% 100

9 2-9 Solving for FV: The arithmetic method After 1 year: FV 1 = c ( 1 + i ) = $100 (1.10) = $110.00 After 2 years: FV 2 = c (1+i)(1+i) = $100 (1.10) 2 =$121.00 After 3 years: FV 3 = c ( 1 + i ) 3 = $100 (1.10) 3 =$133.10 After n years (general case): FV n = C ( 1 + i ) n

10 2-10 Set up the Texas instrument 2 nd, FORMAT, set DEC=9, ENTER 2 nd, FORMAT, move several times, make sure you see AOS, not Chn. 2 nd, P/Y, set to P/Y=1 2 nd, BGN, set to END P/Y=periods per year, END=cashflow happens end of periods

11 2-11 Solving for FV: The calculator method Solves the general FV equation. Requires 4 inputs into calculator, and it will solve for the fifth. INPUTS OUTPUT NI/YRPMTPVFV 3100 133.10 -100

12 2-12 PV = ?100 What is the present value (PV) of $100 received in 3 years, if i = 10%? Finding the PV of a cash flow or series of cash flows is called discounting (the reverse of compounding). The PV shows the value of cash flows in terms of todays worth. 0123 10%

13 2-13 Solving for PV: The arithmetic method i: interest rate, or discount rate PV = C / ( 1 + i ) n PV = C / ( 1 + i ) 3 = $100 / ( 1.10 ) 3 = $75.13

14 2-14 Solving for PV: The calculator method Exactly like solving for FV, except we have different input information and are solving for a different variable. INPUTS OUTPUT NI/YRPMTPVFV 3100100 -75.13

15 2-15 Solving for N: If your investment earns interest of 20% per year, how long before your investments double? INPUTS OUTPUT NI/YRPMTPVFV 3.8 2002

16 2-16 Solving for i: What interest rate would cause $100 to grow to $125.97 in 3 years? INPUTS OUTPUT NI/YRPMTPVFV 3 8 0 125.97 -100

17 2-17 Now lets study some interesting patterns of cash flows… Annuity Perpetuity

18 2-18 ordinary annuity and annuity due Ordinary Annuity PMT 0123 i% PMT 0123 i% PMT Annuity Due

19 2-19 Value an ordinary annuity Here C is each cash payment n is number of payments If youd like to know how to get the formula below (not required), see me after class.

20 2-20 Solving for FV: 3-year ordinary annuity of $100 at 10% $100 payments occur at the end of each period. Note that PV is set to 0 when you try to get FV. INPUTS OUTPUT NI/YRPMTPVFV 310-100 331 0

21 2-21 Solving for PV: 3-year ordinary annuity of $100 at 10% $100 payments still occur at the end of each period. FV is now set to 0. INPUTS OUTPUT NI/YRPMTPVFV 3101000 -248.69

22 2-22 Example you win the $1million dollar lottery! but wait, you will actually get paid $50,000 per year for the next 20 years if the discount rate is a constant 7% and the first payment will be in one year, how much have you actually won?

23 2-23 Solving for FV: 3-year annuity due of $100 at 10% $100 payments occur at the beginning of each period. FVA due = FVA ord (1+i) = $331(1.10) = $364.10. Alternatively, set calculator to BEGIN mode and solve for the FV of the annuity: INPUTS OUTPUT NI/YRPMTPVFV 310-100 364.10 0 BEGIN

24 2-24 Solving for PV: 3-year annuity due of $100 at 10% $100 payments occur at the beginning of each period. PVA due = PVA ord (1+I) = $248.69(1.10) = $273.55. Alternatively, set calculator to BEGIN mode and solve for the PV of the annuity: INPUTS OUTPUT NI/YRPMTPVFV 3101000 -273.55 BEGIN

25 2-25 What is the present value of a 5-year $100 ordinary annuity at 10%? Be sure your financial calculator is set back to END mode and solve for PV: N = 5, I/YR = 10, PMT = 100, FV = 0. PV = $379.08

26 2-26 What if it were a 10-year annuity? A 25-year annuity? A perpetuity? 10-year annuity N = 10, I/YR = 10, PMT = 100, FV = 0; solve for PV = $614.46. 25-year annuity N = 25, I/YR = 10, PMT = 100, FV = 0; solve for PV = $907.70. Perpetuity (N=infinite) PV = PMT / i = $100/0.1 = $1,000.

27 2-27 What is the present value of a four-year annuity of $100 per year that makes its first payment two years from today if the discount rate is 9%? 0 1 2 3 4 5 $100 $100 $323.97$297.22

28 2-28 What is the PV of this uneven cash flow stream? 0 100 1 300 2 3 10% -50 4 90.91 247.93 225.39 -34.15 530.08 = PV

29 2-29 Solving for PV: Uneven cash flow stream Input cash flows in the calculators CF register: CF 0 = 0 CF 1 = 100 CF 2 = 300 CF 3 = 300 CF 4 = -50 Enter I/YR = 10, press NPV button to get NPV = $530.09. (Here NPV = PV.)

30 2-30 Detailed steps (Texas Instrument calculator) To clear historical data: CF, 2 nd, CE/C To get PV: CF,,100, Enter,,,300, Enter,,2, Enter,, 50, +/-, Enter,, NPV,10, Enter,,CPT NPV=530.0867427

31 2-31 The Power of Compound Interest A 20-year-old student wants to start saving for retirement. She plans to save $3 a day. Every day, she puts $3 in her drawer. At the end of the year, she invests the accumulated savings ($1,095=$3*365) in an online stock account. The stock account has an expected annual return of 12%. How much money will she have when she is 65 years old?

32 2-32 Solving for FV: Savings problem If she begins saving today, and sticks to her plan, she will have $1,487,261.89 when she is 65. INPUTS OUTPUT NI/YRPMTPVFV 4512-1095 1,487,262 0

33 2-33 Solving for FV: Savings problem, if you wait until you are 40 years old to start If a 40-year-old investor begins saving today, and sticks to the plan, he or she will have $146,000.59 at age 65. This is $1.3 million less than if starting at age 20. Lesson: It pays to start saving early. INPUTS OUTPUT NI/YRPMTPVFV 2512-1095 146,001 0

34 2-34 Will the FV of a lump sum be larger or smaller if compounded more often, holding the stated i% constant? LARGER, as the more frequently compounding occurs, interest is earned on interest more often. Annually: FV 3 = $100(1.10) 3 = $133.10 0 123 10% 100133.10 Semiannually: FV 6 = $100(1.05) 6 = $134.01 0123 5% 456 134.01 123 0 100

35 2-35 What is the FV of $100 after 3 years under 10% semiannual compounding? Quarterly compounding?

36 2-36 Classifications of interest rates 1. Nominal rate (i NOM ) – also called the APR, quoted rate, or stated rate. An annual rate that ignores compounding effects. Periods must also be given, e.g. 8% Quarterly. 2. Periodic rate (i PER ) – amount of interest charged each period, e.g. monthly or quarterly. i PER = i NOM / m, where m is the number of compounding periods per year. e.g., m = 12 for monthly compounding.

37 2-37 Classifications of interest rates 3. Effective (or equivalent) annual rate (EAR, also called EFF, APY) : the annual rate of interest actually being earned, taking into account compounding. If the interest rate is compounded m times in a year, the effective annual interest rate is

38 2-38 Example, EAR for 10% semiannual investment EAR= ( 1 + 0.10 / 2 ) 2 – 1 = 10.25% An investor would be indifferent between an investment offering a 10.25% annual return, and one offering a 10% return compounded semiannually.

39 2-39 EAR on a Financial Calculator keys:description: [2nd] [ICONV]Opens interest rate conversion menu [] [EFF=] [CPT]10.25 Texas Instruments BAII Plus [][NOM=] 10 [ ENTER] Sets 10 APR. [] [C/Y=] 2 [ENTER] Sets 2 payments per year

40 2-40 Why is it important to consider effective rates of return? An investment with monthly payments is different from one with quarterly payments. Must use EAR for comparisons. If i NOM =10%, then EAR for different compounding frequency: Annual10.00% Quarterly10.38% Monthly 10.47% Daily 10.52%

41 2-41 If interest is compounded more than once a year EAR (EFF, APY) will be greater than the nominal rate (APR).

42 2-42

43 2-43

44 2-44 Whats the FV of a 3-year $100 annuity, if the quoted interest rate is 10%, compounded semiannually? Payments occur annually, but compounding occurs every 6 months. Cannot use normal annuity valuation techniques. 01 100 23 5% 45 100 6 123

45 2-45 Method 1: Compound each cash flow 110.25 121.55 331.80 FV 3 = $100(1.05) 4 + $100(1.05) 2 + $100 FV 3 = $331.80 01 100 23 5% 45 100 6 123

46 2-46 Method 2: Financial calculator Find the EAR and treat as an annuity. EAR = ( 1 + 0.10 / 2 ) 2 – 1 = 10.25%. INPUTS OUTPUT NI/YRPMTPVFV 310.25-100 331.80 0

47 2-47 When is periodic rate used? i PER is often useful if cash flows occur several times in a year.


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