Geometry 13.5b, Probability of Inclusive Events

An explanation of a simple event as an event that describes a single outcome, a compound event as an event that is made up of two or more simple events, mutually exclusive events are events that cannot both occur in the same trial of an experiment, and inclusive events which are events that have one or more outcomes in common. We discuss the formula for inclusive events and find the probability of an inclusive event. We use a Venn diagram to help us show the relationship between sets and find the probability of inclusive events. We use the complement of an event to find the probability of a compound event. We review and discuss the difference between mutually exclusive events and inclusive events for their formulas. P(AUB) + P(A) + P(B) – P(A∩B)

Geometry 13.1a, Fundamental Counting Principle

Geometry 13.1b, Introducing Permutations & Factorials

Geometry 13.1c, Combinations of a set

Geometry 13.4a, Joint relative frequency & Marginal relative frequency in two-way tables

Geometry 13.4b, Conditional Relative Frequency & Two-Way tables

Geometry 13.5a, Simple event, Compound event, Mutually exclusive events

High School Geometry Playlist
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