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1 Applying Simulation to Decision Problems

1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

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Page 1: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

1

Applying Simulation

to

Decision Problems

Page 2: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

2

Monte Carlo simulation: A simple example

Cash Cashinflows Probability outflows Probability ($) (%) ($) (%)50 000   30 50 000   4560 000   40 70 000   5570 000   30 100

100

Page 3: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

3

Assigning random numbers to cash inflows

Cash inflow Probability Random

($) (%) numbers

50 000 30 00–29

60 000 40 30–69

70 000 30 70–99

Page 4: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

4

Assigning random numbers to cash outflows

Cash outflowProbability Random ($) (%) numbers

50 000 45 00–44

70 000 55 45–99

Page 5: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

5

Ten simulations of monthly cash flows

Page 6: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

6

Estimating probabilities from the simulation results

Page 7: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

7

The effect of the number of simulations on the reliability of the probability estimates

Page 8: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

8

Factors affecting profit earned by the plate

Page 9: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

9

Estimates of values for Elite pottery

Page 10: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

10

Tornado diagram for Elite pottery

Page 11: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

11

Probability distributions

Page 12: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

12

Simulation results

Page 13: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

13

Probability distribution of profit earned by commemorative plate

Page 14: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

14

Probability distribution for profit on the figurine

Page 15: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

15

A comparison of the two probability distributions

Page 16: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

16

Cumulative probability distributions

Page 17: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

17

First-degree stochastic dominance

Page 18: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

18

Two more cumulative distributions

Page 19: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

19

Second-degree stochastic dominance

Page 20: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

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The mean-standard deviation screening method

Page 21: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

21

A normal distribution for profit

Page 22: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

22

Examples of quadratic utility functions

Page 23: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

23

Annual cash flows for two machines

Page 24: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

24

Calculating the NPV for the Alpha machine

Page 25: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

25

Calculating the NPV for the Beta machine

Page 26: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

26

Probability distributions for Alpha machine

Page 27: 1 Applying Simulation to Decision Problems. 2 Monte Carlo simulation: A simple example Cash inflows Probability outflows Probability ($) (%) ($) (%) 50

27

NPV probability distributions for the two machines