{{ 'ml-label-loading-course' | message }}
{{ toc.name }}
{{ toc.signature }}
{{ tocHeader }} {{ 'ml-btn-view-details' | message }}
{{ tocSubheader }}
{{ 'ml-toc-proceed-mlc' | message }}
{{ 'ml-toc-proceed-tbs' | message }}
Lesson
Exercises
Recommended
Tests
An error ocurred, try again later!
Chapter {{ article.chapter.number }}
{{ article.number }}. 

{{ article.displayTitle }}

{{ article.intro.summary }}
Show less Show more expand_more
{{ ability.description }} {{ ability.displayTitle }}
Lesson Settings & Tools
{{ 'ml-lesson-number-slides' | message : article.intro.bblockCount }}
{{ 'ml-lesson-number-exercises' | message : article.intro.exerciseCount }}
{{ 'ml-lesson-time-estimation' | message }}
Concept

Geometric Model

A geometric model is a probability model in which the probability of each outcome of an experiment is associated with a region in a geometric shape. The associated region in the shape is proportional to the probability of the outcome. A common example of a geometric model is associating all the outcomes of an experiment to regions on a spinner.
Roulette
Looking at the spinner, there are several regions of different sizes. Each region is associated with an event such that events with a greater probability of occurring are associated to a larger region in the spinner.
Loading content