Session 1.2_Time Value of Money

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I. The Idea of TVM

€ 1

Date

Amount

0 (today)

€ 1

1 (end of the year)

I. The Idea of TVM € 1 Date Amount 0 (today) €

1. Inflation

2. Earning interest on it

2%

NO! For at least two reasons

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A project (= an investment) that will generate one cash flow in

A project (= an investment) that will generate one cash flow in
one year:

I. The Idea of TVM

Date

Amount

Cost = € 1000

0 (today)

€ 1020

1 (end of the year)

If the current interest rate is 5%, will you accept to invest € 1000 today in this project?

To decide, compare

The value of cash-flow from the project

today

The cost of the project

today

If the value of cash inflow today > The cost ? Accept
If not ? Reject

Take into account the time value of money to decide

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I. The Idea of TVM

How can I obtain the value today (the

I. The Idea of TVM How can I obtain the value today
present value) of a future cash flow?

If the project will generate cash flows over N periods in the future

How to obtain the present value of cash flows?

CF0

0

1

2

3

…....

N

CF1

CF2

CFN

CF3

N-1

CFN-1

…....

What if all the future cash flows are equal? What if we have an infinite number of cash flows?

? Tools to evaluate cash flows lasting several periods.
? We develop these tools in this session.

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II. The Three Rules of Time Travel

Financial decisions ? Comparing or combining

II. The Three Rules of Time Travel Financial decisions ? Comparing or
cash flows that occur at different points in time.

? Three important rules:

Rule 1: Comparing and Combining Values

It is only possible to compare or combine values at the same point in time.

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II. The Three Rules of Time Travel

Rule 2: Moving Cash Flows Forward

II. The Three Rules of Time Travel Rule 2: Moving Cash Flows
in Time

Suppose we have € 1000 today, and we wish to determine the equivalent amount in one year’s time.
If the current interest rate is 10%, we move the cash flow forward in time as follows:

€1000 × (1+0.1) = €1100 in one year

In general, if the market interest rate is r

CF today × (1+r) ? Move the cash flow from the beginning to the end of the year

0 (beginning of the year)

1 (end of the year)

CF

CF × (1+r)

Compounding

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II. The Three Rules of Time Travel

0

1

2

€ 1000

€ 1100

€ 1210

× (1+0.1)

× (1+0.1)

How

II. The Three Rules of Time Travel 0 1 2 € 1000
much the € 1000 is worth in two years’ time?

? If the interest rate for year 2 is also 10%, then

? Given a 10% interest rate, all of the cash flows (€1000 at date 0, €1100 at date 1, and €1210 at date 2) are equivalent: They have the same value but are expressed in different points in time.

The value of a cash flow that is moved forward in time is known as its future value.

Compound interest: Earning ‘interest on interest’.

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0

1

2

€ 1000

€ 1100

€ 1210

× (1+0.1)

× (1+0.1)

? If we move the cash flow

0 1 2 € 1000 € 1100 € 1210 × (1+0.1) ×
two years, we obtain: €1000 × (1.10)² = € 1210

0

1

2

3

€ 1000

€ 1100

€ 1210

€ 1331

× (1+0.1)

× (1+0.1)

× (1+0.1)

Over 3 years?

? If we move the cash flow three years, we obtain: €1000 × (1.10)3 = € 1331

II. The Three Rules of Time Travel

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In general, to take cash flow C forward n periods into the

In general, to take cash flow C forward n periods into the
future, we must compound it by the n intervening interest rate factors.

If the interest rate r is constant, then

II. The Three Rules of Time Travel

C

0

1

2

3

…....

n

FVn

n-1

…....

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II. The Three Rules of Time Travel

Exercise 1

Suppose you invest €1000 in

II. The Three Rules of Time Travel Exercise 1 Suppose you invest
an account paying 10% interest per year. How much will you have in the account in 7 years and in 75 years?

Solution

7 years: €1000 × (1.10)7 = €1948.72 ? Your money nearly double.
75 years: €1000 × (1.10)75 = €1,271,895.37 ? You will be a millionaire!

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Rule 3: Moving Cash Flows Back in Time

Suppose you would like to

Rule 3: Moving Cash Flows Back in Time Suppose you would like
compute the value today of €1000 you anticipate receiving in one year.
If the current market interest rate is 10%, you can compute this value as follows:

II. The Three Rules of Time Travel

 

? To move the cash flow backward in time, we divide it by the interest rate factor, (1+r), where r is the interest rate.

? This process of moving a value or cash flow backward in time is known as discounting.

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0

1

2

€ 826.45

€ 909.09

€ 1000

/1.10

/1.10

II. The Three Rules of Time Travel

Suppose you would

0 1 2 € 826.45 € 909.09 € 1000 /1.10 /1.10 II.
like to compute the value today of €1000 you anticipate receiving in two years.
If the current market interest rate is 10%, you can compute this value as follows:

The value of a future cash flow at an earlier point on the timeline is its present value at the earlier point in time.

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In general, to move a cash flow C backward n periods, we

In general, to move a cash flow C backward n periods, we
must discount it by the n intervening interest rate factors.

If the interest rate r is constant, then

PV

0

1

2

3

…....

n

C

n-1

…....

II. The Three Rules of Time Travel

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Exercise 2

You are considering investing in a savings bond that will pay

Exercise 2 You are considering investing in a savings bond that will
€15 000 in 10 years. If the competitive market interest rate is fixed at 6% per year, what is the bond worth today?

?

0

1

2

3

10

€15 000

9

Solution


II. The Three Rules of Time Travel

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Applying the Rules of Time Travel

The rules of time travel allow us

Applying the Rules of Time Travel The rules of time travel allow
to compare and combine cash flows that occur at different points in time. Suppose we plan to save €1000 today, and €1000 at the end of each of the next two years.
If we earn a fixed 10% interest rate on our savings, how much will we have three years from today?

0

1

2

3

€ 1000

€ 1000

€ 1000

?

Solution

€ 1000*1.13 + € 1000*1.12 + € 1000*1.1 = € 3641

II. The Three Rules of Time Travel

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III. Valuing a stream of Cah Flows

Consider a stream of cash flows:

III. Valuing a stream of Cah Flows Consider a stream of cash
C0 at date 0; C1 at date 1, and so on, up to CN at date N. We present this cash flow stream on a timeline as follows:

C0

0

1

2

N

CN

………………………

C2

C1

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