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Start working on Chapter One Homework Numbers 10, 12 and 17

Start working on Chapter One Homework Numbers 10, 12 and 17

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Page 1: Start working on Chapter One Homework Numbers 10, 12 and 17

Start working on Chapter One Homework

Numbers 10, 12 and 17

Page 2: Start working on Chapter One Homework Numbers 10, 12 and 17

Managerial Economics & Business Strategy

Chapter 1The Fundamentals of Managerial

Economics

Page 3: Start working on Chapter One Homework Numbers 10, 12 and 17

Present Value of a Series

• What if you are “promised” different amounts every year??

• Present value of a stream of future amounts (FVt) received at the end of each period for “n” periods:

PV

FV

i

FV

i

FV

inn

1

12

21 1 1. . .

Page 4: Start working on Chapter One Homework Numbers 10, 12 and 17

Net Present Value• Suppose a manager can purchase a stream of future

receipts (FVt ) by spending “C0” dollars today. The NPV of such a decision is

PV – Costs of the project

NPV

FV

i

FV

i

FV

iCn

n

11

22 01 1 1

. . .

Decision Rule:If NPV < 0: Reject project

NPV > 0: Accept project

Page 5: Start working on Chapter One Homework Numbers 10, 12 and 17

What is the maximum we would pay? (number 2)

• What is the maximum amount you would pay for an asset that generates an income of $150,000 at the end of each of five years if the opportunity cost of using the funds is 9 percent?

30.58283560.9740298.10638262.11538442.12605068.137614

09.01

000,150

09.01

000,150

09.01

000,150

09.01

000,150

09.01

000,15054321

PV

Page 6: Start working on Chapter One Homework Numbers 10, 12 and 17

Can we do it??• Buzz-Dot-Com is trying to decide whether or not to

purchase a new flying device that will cost them $200,000 and will be “good” for five years. The device will reduce costs by $40,000 the first year, $50,000 the second year, $65,000 the third year, and $80,000 the fourth and fifth years.

• What is the PV of cost savings if the interest rate is 8%.

• Should Buzz-Dot-Com purchase the device?

Page 7: Start working on Chapter One Homework Numbers 10, 12 and 17

Can we??

13.752,244

66.5444639.5880210.5159994.4286604.37037

08.1

000,80

08.1

000,80

08.1

000,65

08.1

000,50

08.1

000,405432

PV

!!!

13.752,44

000,20013.752,244

DEVICEININVEST

NPV

NPV

CostPVNPV

Page 8: Start working on Chapter One Homework Numbers 10, 12 and 17

Present Value of a Perpetuity• An asset that perpetually generates a stream of cash flows

(CF) at the end of each period is called a perpetuity.

• If cash flow IS THE SAME EACH YEAR such as certain bonds or stocks….

i

CF

i

CF

i

CF

i

CFPVPerpetuity

...111 32

Page 9: Start working on Chapter One Homework Numbers 10, 12 and 17

Can we do it? (number 5)

• What is the value of a preferred stock that pays a perpetual dividend of $75 at the end of each year when the interest rate is 4%?

875,1$04.0

75

i

CFPVPerpetuity

Page 10: Start working on Chapter One Homework Numbers 10, 12 and 17

How much is a firm worth??

• The value of a firm equals the present value of current and future profits

• So maximization of profits really means… Maximize firm value

• Which means….Maximize present value of current and future profits

...

111

1

33

22

11

0

iiiPV

iPV t

t

Page 11: Start working on Chapter One Homework Numbers 10, 12 and 17

• Goal: Compare BENEFITS of the project to the COSTS

• Control Variables Output Price Product Quality Advertising R&D

• Basic Managerial Question: How much of the control variable should be used to maximize net benefits?

Marginal (Incremental) Analysis

Page 12: Start working on Chapter One Homework Numbers 10, 12 and 17

Net Benefits

• Net Benefits = Total Benefits - Total Costs

• Profits = Revenue - Costs

Page 13: Start working on Chapter One Homework Numbers 10, 12 and 17

Marginal Benefit (MB)

• Change in total benefits arising from a change in the control variable, Q:

• Slope (first derivative) of the total benefit curve.

Q

BMB

Page 14: Start working on Chapter One Homework Numbers 10, 12 and 17

Marginal Cost (MC)

• Change in total costs arising from a change in the control variable, Q:

• Slope (first derivative) of the total cost curve

Q

CMC