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Chapter 7: Statistics Application
147
Poisson Cumulative Distribution
.... [Distribution] - [Poisson CD]
Calculates the cumulative probability in a Poisson distribution that success will occur on or before a specified
trial.
0713
To calculate Poisson cumulative probability for the data below and graph the result
Lower bound: 2 Upper bound: 3 Mean: 2.26
Inverse Poisson Cumulative Distribution
.... [Inv. Distribution] - [Inverse Poisson CD]
Calculates the minimum number of trials of a Poisson cumulative probability distribution for
specified values.
0714
To calculate inverse Poisson cumulative distribution for the data below and graph the result
Poisson cumulative probability: 0.8074 Mean: 2.26
Geometric Distribution Probability
.... [Distribution] - [Geometric PD]
Calculates the probability in a geometric distribution that the success will
occur on a specified trial.
(
x
= 1, 2, 3, ...)
p
: probability of success (0
s
p
s
1)
Geometric Cumulative Distribution
.... [Distribution] - [Geometric CD]
Calculates the cumulative probability in a geometric distribution that the success will occur on or before a
specified trial.
Inverse Geometric Cumulative Distribution
.... [Inv. Distribution] - [Inverse Geo CD]
Calculates the minimum number of trials of a geometric cumulative probability distribution for
specified values.
Hypergeometric Distribution Probability
.... [Distribution] - [Hypergeometric PD]
Calculates the probability in a hypergeometric distribution that the success will occur on a
specified trial.
Hypergeometric Cumulative Distribution
.... [Distribution] - [Hypergeometric CD]
Calculates the cumulative probability in a hypergeometric distribution that the
success will occur on or before a specified trial.
Inverse Hypergeometric Cumulative Distribution
.... [Inv. Distribution] - [Inverse Hypergeometric]
Calculates the minimum number of trials of a hypergeometric cumulative probability
distribution for specified values.
-
t
Σ
=
1
x
m
t
$
=
1
2
×
102
0
$
=
1
2
×
102
0
∑
3
45$6
$
s
1
2
×
102
0
∑
7
48