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An introduction to corporate finance, focusing on project selection and evaluation. Topics covered include computing earnings and free cash flows, net working capital requirements, and various methods for evaluating projects such as net present value, internal rate of return, and payback period. The document also discusses the importance of adjusting for risk when evaluating projects and estimating a firm's cost of capital.
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Corporate Finance - Chapter 1
In this chapter…
Compute projects’ cash flows
Corporate Finance - Chapter 1
Feasibility study
Estimated life of the project: four years
Revenue estimates:
Sales = 100,000 units/year
Per Unit Price = $
Cost Estimates:
Up-Front R&D = $15,000,
Up-Front New Equipment = $7,500,000^
Expected life of the new equipment is 5 years (housed in existing lab)
Annual Overhead = $3,000,
Per Unit Cost = $
Cost of the feasibility study $300,
Corporate Finance - Chapter 1
Incremental Earnings Forecast
Are taxes relevant even if we make losses?
Corporate Finance - Chapter 1
From Earnings to Cash Flows
Outflow Inflow
Corporate Finance - Chapter 1
Net Working Capital (NWC)
Definition
Most projects require investment in NWC:
Cash held at registers, safe box or checking account
Inventories of raw materials or finished product
Receivables: earned but not paid (credit offered to customers)
Payables: spent but not paid (credit received by suppliers)
Trade credit
: difference between receivables & payables
Net Working Capital
Current Assets
Current Liabilities
Cash
Inventory
Receivables
Payables
Corporate Finance - Chapter 1
Indirect effects and real-world complexities(not considered here)
Project Externalities
Cannibalization
is when sales of a new product displaces sales of existing product
Would customers of HomeNet have purchased existing Linksys wireless routers?
Opportunity costs
The value a resource could have provided in its best alternative use
Homenet’s equipment will be housed in an existing lab, but what is the opportunitycost of not using the space in an alternative way (e.g., renting it out)?
Further,
Sales, the average selling price, the average cost per unit will vary over time
Where should we allocate the $300,000 of the feasibility study?
Part (b): evaluating risk-free projects
Corporate Finance - Chapter 1
How to compare present and future?
Future Value: Amount to which an investment will grow afterearning interest
For example, 10 million after two years will be
Present Value: Value today of a future (expected) cash flow
For example, 12.1 million in two years is
t
0
2
t
t
C
r
PV
1
1
m
m
PV
10
1 .
12
1 .
0
1
1
2
Discount factor
Discount rate
Corporate Finance - Chapter 1
Net Present Value: an example
Cash flows: immediate $81.6 million “outflow” and an“inflow” of $28 million per year for 4 years
Therefore, if discount rate is
r = 0.
, the NPV is:
Discount rate depends on the riskiness of the cash flows:
Equal to risk-free rate (government bond) if cash flows are certain
Higher risk implies greater discount and lower present value(more on that in part (c) of this chapter)
4
3
2
1
Corporate Finance - Chapter 1
In general, the NPV rule: Step 1: Forecast future cash flows
(see part (a) of this chapter)
Step 2: Estimate discount rate
(see part (c) of this chapter)
Step 3: Discount future cash flowsStep 4: Go ahead if PV of payoff exceeds
investment, i.e. if NPV > 0
T
T r
C r C r C r C
3 3 2 2 1 0 0
Corporate Finance - Chapter 1
But, are there other criteria?
ProfitabilityIndex, 12%
Payback, 57%
IRR, 76% NPV, 75%
Book rate ofreturn, 20%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Survey Data on CFO Use of Investment Evaluation Techniques
SOURCE: Graham and Harvey, “The Theory and Practice of Finance: Evidence from the Field,”Journal of Financial Economics 61 (2001), pp. 187-243.
Corporate Finance - Chapter 1
Example 2
-£10.00 -£15.
-£5.
£5.00£0.
£20.00£15.00£10.
NPV (m)
discount rate
Rate of return: 10%
Corporate Finance - Chapter 1
Introducing interim cash flows
No interim cash flows:
0
: 80m and AV
2
: 96.8m
With interim cash flows:
0
: 80m, AV
2
: 96.8m, C
1
: 2m, C
2
: 2m
%
10
or
0
)
1 (
8 .
96
80
2
y
y
r
r
NPV
%
4 .
12
or
0
)
1 (
8 .
96
)
1 (
2
)
1 (
2
80
2
2
1
y
y
y
y
r
r
r
r
NPV