Презентация на тему Discounted Cash Flow applications

sum of the present values of all the positive

cash flows minus the sum of the present values of all the negative cash flows.

Interpretation: When the discount rate applied is an appropriate hurdle rate, it measures the contribution of the project to shareholder wealth.

Decision rule: Accept positive NPV projects ? they increase shareholder wealth.

t = 0

t = 1

t = 2

t = 0

t = 2

t = 4

Initial Outlay0

NPV0 = ?

r = req’d return

t = 4

t = 3

t = 1

t = 3

CF1

CF2

–CF3

CF4

with the following cash flows:

The NPV for this project

is…?
Decision?

Consider Project B with the following cash flows:

The NPV for this project is…?
Decision?

with the following cash flows:

The NPV for this project

is $29,872.52.
Decision ? Accept the project.

Consider Project B with the following cash flows:

The NPV for this project is $27,783.12.
Decision ? Accept the project.

A with the following cash flows:

The IRR for this

project is…?
Decision?

Consider Project B with the following cash flows:

The IRR for this project is…?
Decision?

A with the following cash flows:

The IRR for this

project is 21.84%.
Decision? Accept the project.

Consider Project B with the following cash flows:

The IRR for this project is 25.62%.
Decision? Accept the project.

to invest in one does not preclude investment in

the other.
NPV and IRR will yield the same investment decisions.
Projects are mutually exclusive if the selection of one project precludes the selection of another project ? project selection is determined by rank.
NPV and IRR may give different ranks when
The projects have different scales (sizes)
The timing of the cash flows differs
If projects have different ranks ? use NPV.

the following cash flows:
The NPV is $28,600.26.
The IRR

is 24.42%.






If the projects are independent, you accept all three.
If the projects are mutually exclusive, you accept Project A even though it has the smallest IRR.
If Projects B and C are mutually exclusive, you accept Project C.

it is intuitive; we all understand (or think we

do) rates of return.
Unfortunately, IRR has several shortcomings.
We will only realize the IRR as calculated if we
can reinvest all the project cash flows at that IRR, and
hold the investment to maturity.
IRR and NPV can give different rankings when
The scale of the projects being compared is different
The timing of the cash flows is different
Conclusion: NPV should be preferred to IRR.

of a dividend-paying utility, Old Dominion Co., for $23.50.

Today, ODC has just paid a $1.34 dividend, and you have decided to sell your shares. Your market sell order is executed at $24.36. What is your holding period return?

P0 = $23.50

P1 = $24.36
D1 = $1.34

HPR = ?

 

 

calculated on a portfolio is called the “money-weighted rate

of return.”

Money-weighted rate of return accounts for the timing and amount of dollar flows into and out of the portfolio.
More weight is placed on periods in which more is invested.
Consider the following cash flows for a portfolio over three years.

those periods in which investment is higher and, therefore,

give a “better” picture of the actual investor experience.
Time-weighted returns remove the effect of inflows and outflows to the portfolio and are, therefore, a better indicator of managerial skill.
In our example, the fund had significantly more money invested during the positive return years, from t = 0 to t = 1 and from t = 2 to t = 3, causing the money-weighted return to be much higher than the time-weighted return.

than a year are known as money market instruments.
There

are a number of different conventions for calculating yields on money market instruments.
Bank discount yield
Holding period yield
Effective annual yield
Money market yield

than a year in original maturity (T-bills) have yield

quoted on a bank discount basis.

 

a holding period return.
 

equivalent annual yield using the holding period yield.
 

on a T-bill comparable to yield quotations on interest-bearing

money market instruments that pay interest on a 360-day basis.

 

holding period yield, which is common to all of

the calculations.

 

process of annualizing is accomplished by multiplying the periodic

yield by the number of periods in a year.

By convention, the yield on most bonds is expressed as a bond-equivalent yield instead of as an equivalent annual yield.
Problem: This process ignores intraperiod compounding.
Calculating a BEY:
Compute the period yield to maturity (YTM).
Multiply the periodic YTM by the number of periods in a year.
For example: YTM x 2 for semiannual, YTM x 4 for quarterly