You are using an outdated browser. Please upgrade your browser to improve your experience.
Hypergeometric Distribution

In probability theory and statistics, the hypergeometric distribution is a discrete probability distribution that describes the probability of successes in draws without replacement from a finite population wherein each draw is a success or failure

In probability theory and statistics, the hypergeometric distribution is a discrete probability distribution that describes the probability of successes in draws without replacement from a finite population wherein each draw is a success or failure

Hypergeometric Distribution

by Donald Schaefer
Hypergeometric Distribution
Hypergeometric Distribution

What is it about?

In probability theory and statistics, the hypergeometric distribution is a discrete probability distribution that describes the probability of successes in draws without replacement from a finite population wherein each draw is a success or failure.

App Details

Version
1.4
Rating
(3)
Size
0Mb
Genre
Education Productivity
Last updated
September 26, 2021
Release date
February 15, 2016
More info

App Screenshots

Hypergeometric Distribution screenshot-0
Hypergeometric Distribution screenshot-1
Hypergeometric Distribution screenshot-2
Hypergeometric Distribution screenshot-3
Hypergeometric Distribution screenshot-4
Hypergeometric Distribution screenshot-5
Hypergeometric Distribution screenshot-6
Hypergeometric Distribution screenshot-7
Hypergeometric Distribution screenshot-8
Hypergeometric Distribution screenshot-9

App Store Description

In probability theory and statistics, the hypergeometric distribution is a discrete probability distribution that describes the probability of successes in draws without replacement from a finite population wherein each draw is a success or failure.

For Data Entry the Hypergeometric Distribution app utilizes four data text fields

The first data text field enters the n1 objects ( i.e. number of red balls ). The range of the n1 variable is 1 - 40.
The second data text field enters the n0 objects ( i.e. number of green balls ). The range of the n0 variable is 1 - 40.
The third data text field enters the objects drawn without replacements. This variable i defined as (n) The range of the n variable is 1 - 40.
The fourth data text field enters the number of objects drawn.. This variable i defined as (k) The re of the k variable is 1 - 40.

The Hypergeometric Distribution app has the graphing ability to graph the PDF and CDF distributions for the selected variables.

The graphs are touch enabled graphs. Upon touching the graph a vertical line appears. Move the vertical line to the left or right to display the point (x/Pr(x)) data in the upper left of the graph.

The horizontal x-axis displays x values. The vertical y-axis plots a range of Pr(x) values.

Horizontal Max and Min dashed lines display the Maximum and Minimum Pr(x) values

Since the Hypergeometric Distribution is a Discrete Probability Distribution a dot (.) indicator is utilized to display each discrete data pair.

Disclaimer:
AppAdvice does not own this application and only provides images and links contained in the iTunes Search API, to help our users find the best apps to download. If you are the developer of this app and would like your information removed, please send a request to takedown@appadvice.com and your information will be removed.