Title: Capital and Financial Market Present Value
1Capital and Financial MarketPresent Value
Future Value
- Hall and Lieberman, 3rd edition, Thomson
South-Western, Chapter 13
2Overview
- Investment
- Capital
- Human capital
- General human capital
- Specific human capital
- Future value
- Present value
3Capital and Financial Markets
- Events occur every day dealing with money
- A decision makerconsciously or unconsciouslyis
putting a value on money to be received in the
future - Focus on decisions about
- Investing in productive capital
- factory buildings, equipment, or skills and
training - Purchasing financial assets, such as stocks and
bonds
4Investment Decision
- Investment
- Capital purchase over some period of time
- Human capital investment
- Firms goal is still to maximize its profit
- However it is not appropriate to apply marginal
approach to profits - Capital is not always rented
- Capital will not last forever
- Length of time that capital lasts matters when
deciding whether to buy it
5Consider
- Furnace Advertisement
- Furnace costs 2,000
- Energy Savings 200/year
- Claim The furnace will pay for itself in 10
years
Is this true?
6Consider
- 1626, Peter Minuit bought Manhattan from the
Man-a-hat-a Indians for goods valued at 24 - The 12800 acres are now valued at 627
million/acre or 8 trillion unimproved - This was a heck a deal for the Dutch
Is this true?
7The Value of Future Dollars
- Always preferable to receive a given sum of money
earlier rather than later - Because present dollars can earn interest and
- Because borrowing dollars requires payment of
interest - 1 one year from now is not equal to 1 today
- Mechanism (r rate of interest)
- Opportunity cost of spending 1 today
- (1 r)1 (1 r)
- at r 0.1 opportunity cost is 1.10 next period
8Future Value
- Future Value the value in dollars at a future
point in time of a sum of money today. - Compounding successive application of interest
payments to generate future values. - Period 0 Period 1 Period 2
- 1 (1r)1 (1r)(1r)1
- (1r)21
9Future Value
- Generally, 1 today is worth (1r)t t years from
now - At r 0.1
- Period 0 1
- Period 1 (1 0.1) 1.10
- Period 2 (1 0.1)2 1.21
- Period 3 (1 0.1)3 1.33
-
- Period 40 (1 0.1)40 45.26
10Future Value Man-a-hat-a Indians
- How much is 24 in 1626 worth today if they just
collected interest? - 1 in 1626 is worth (1r)T in 2006,
- T 2006-1626 380
- At r 0.1 24(1r)380 1,286,564 trillion
- At r 0.08 24(1r)380 120.6 trillion
- At r 0.07 24(1r)380 35.2 trillion
- At r 0.06 24(1r)380 99.2 billion
- At r 0.05 24(1r)380 2.7 billion
11Example Investment for Retirement
- Suppose you want to be a millionaire when you
retire. How much should you start putting away - FV 1 million
- A annual amount invested
- FV A((rT1 1)/r)
- See handout for derivation
12Example Investment for Retirement
- Suppose you want to be a millionaire when you
retire. How much should you start putting away - FV A((rT1 1)/r)
- Current age 18 Millionaire by 40? 50? 60?
13Present Value
- Present value (PV) of a future payment is the
value of that future payment in todays dollars - Value of any asset is sum of present values of
all future benefits it generates - Discounting
- Converting a future value into its present-day
equivalent - Discount rate
- Interest rate used in computing present values
- Period 0 Period 1
- 1 (1r)1
- 1/(1r) 1
14Present Value
- Suppose that the annual interest rate is r, PV of
Y to be received T years in the future is equal
to - Present value of a future payment is smaller if
- Size of the payment is smaller
- Interest rate is larger
- Payment is received later
15Present Value
- Generally
- Period 0 Period T
- 1 (1r)T1
- 1/(1r)T 1
- At r 0.1 compute present value of 1 in Period
X - Period Present Value
- 1 1/(1 .1) 0.91
- 2 1/(1 .1)2 0.83
- 3 1/(1 .1)3 0.75
- 40 1/(1 .1)40 0.02
16Example Furnace
- 200 T periods in the future will be worth
200/(1r)T now - At r 0.1
- Year Present Value
- 1 200/(1 .1) 181.82
- 2 200/(1 .1)2 165.29
- 3 200/(1 .1)3 150.26
-
- 200/(1 .1)10 77.11
- ADD UP THESE RETURNS
- Present Value 1,429
- It would take 24 years to break even at r 0.1
17Conclusions Regarding Present Future Value
- General Formula
- PV Present Value
- FV Future Value
- FVT (1r)T PV0 (Compounding)
- PV0 FVT / (1r)T (Discounting)
18Figure 1 The Investment Curve
- A rise in interest rate causes a decrease in
investment expenditures
A
10
B
5
D
19What Happens When Things Change The Investment
Curve
- At high interest rates, firms end up buying less
of all different kinds of capital - Thus, as interest rate rises, each firm will
place a lower value on additional capital and
decide to purchase less of it - Lower interest rates increase firms investment
in physical capital - Causing capital stock to be larger, and overall
standard of living to be higher
20Investment in Human Capital
- Who pays for workers to acquire human capital
employees or employers? - If paid by individual, how does he make the
decision? - 2 types of human capital
- General human capital
- Knowledge, education, or training that is
valuable at many different firms - Specific human capital
- Knowledge, education, or training that is
valuable only at a specific firm
21General Versus Specific Human Capital
- Employers will provide specific human capital
(SHC) at the firms expense - Workers have limited incentive to pay for SHC
because it increases their value to only one
firm, and that firm will capture the benefits - Workers will acquire general human capital (GHC)
on their own - Employers have limited incentive to provide GHC
because it increases workers value to many firms
and workers will capture benefits in the form of
a higher wage
22The Decision to Invest in General Human Capital
- Human capital the worker possesses is an asset
that generates higher income in the future - Benefit of any given human capital investment
equals total present value of additional future
income - Investment in human capital is inversely related
to interest rate - Lower interest rates
- encourage individuals to invest in general human
capital - increase total amount of human capitaland
overall standard