You run a small charity to provide transportation for the
elderly. You have a team of volunteer drivers, and you
reimburse the drivers a small sum of money for each ride depending
on the distance between the pick-up point and the
destination. You would like to estimate the daily
reimbursement cost. Based on operations of the past year, you
know the following information:
Number of callers per day
Probability
0
0.10
1
0.65
2
0.25
Ride ID
Probability
Reimbursement
A – Kowloon ó New Territories
0.5
$30
B – Kowloon ó HK Island
0.4
$25
C – HK Island ó New Territories
0.1
$50
In Parts (a)-(c), you will design a SIMULATION BY HAND
experiment over 10 days (i.e. 10 trials). The following random
numbers from 00-99 have already been generated.
List 1 - Random numbers to determine the number of call
requests. Start at the top of the list. There may be
more random numbers than you need.
15
35
64
7
44
31
88
25
78
62
10
30
65
94
4
15
79
73
32
12
List 2 - Random numbers to determine
the request type of each caller. Start at the top of the
list. There may be more random numbers than you
need.
20
11
54
22
72
82
12
26
6
98
63
59
89
You run a small charity to provide transportation for the elderly. You have a team of volunteer drivers, and you reimbu
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