Probability - Set Operations - Intro

23 Topics, 3 Skills

Probability Union, Intersection, Complement - Name to Description

Topic 1

Probability Union, Intersection, Complement - Name to Set Operation

Topic 2

Probability Union, Intersection, Complement - Name to Venn Diagram

Topic 3

Probability Union, Intersection, Complement - Description to Set Operation

Topic 4

Probability Union, Intersection, Complement - Description to Name

Topic 5

Probability Union, Intersection, Complement - Description to Venn Diagram

Topic 6

Probability Union, Intersection, Complement - Venn Diagram to Set Operation

Topic 7

Probability Union, Intersection, Complement - Venn Diagram to Name

Topic 8

Probability Union, Intersection, Complement - Venn Diagram to Description

Topic 9

Probability Union, Intersection, Complement - Set Operation to Name

Topic 10

Probability Union, Intersection, Complement - Set Operation to Description

Topic 11

Probability Union, Intersection, Complement - Set Operation to Venn Diagram

Topic 12

Probability Union, Intersection, Complement - Name to Formula

Topic 13

Probability Union, Intersection, Complement - Description to Formula

Topic 14

Probability Union, Intersection, Complement - Venn Diagram to Formula

Topic 15

Probability Union, Intersection, Complement - Set Operation to Formula

Topic 16

Probability Union, Intersection, Complement - Formula to Set Operation

Topic 17

Probability Union, Intersection, Complement - Formula to Name

Topic 18

Probability Union, Intersection, Complement - Formula to Description

Topic 19

Probability Union, Intersection, Complement - Formula to Venn Diagram

Topic 20

Probability Union, Intersection, Complement - Example Problem to Name

Topic 21

Probability Union, Intersection, Complement - Example Problem to Set Operation

Topic 22

Probability Union, Intersection, Complement - Example Problem to Formula

Topic 23

Probability Union, Intersection, Complement - Example Problem to Formula

Level 1

This math topic focuses on fundamental probability concepts, specifically dealing with the probability union, intersection, and complement. The problems guide learners on how to compute probabilities in scenarios such as spinning a marker and getting specific outcomes over multiple trials. The first question determines the probability of a repeated outcome, the second explores the probability of an outcome within a given number of tries, and the third inquires about the probability of not obtaining a specific outcome. Each problem is coupled with multiple-choice answers that include formulaic expressions to solidify understanding of probability calculations.

Work on practice problems directly here, or download the printable pdf worksheet to practice offline.

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Probability Union, Intersection, Complement - Example Problem to Formula

Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.

10

What formula would give you the chance of spinning 'Y' given two tries?

XYZQRSP(Y in 2 spins)

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