Assignment: Test Review Set

Geometry Applications of Probability
2022-06-29T19:05:40Z

Due: Jul 21, 2022 by 11:59pm

Test Review

You will answer questions about sample space, probability independent and dependent events, conditional probability, two-way tables, and disjoint and overlapping events. You can answer these questions more than once and there is no time limit.

Module Objectives

1.1 Identify the sample space total of an event.

1.2 Determine the theoretical and experimental probability of an event.

1.3 Recall and use Complement formula.

1.4 Determine geometric probabilities.

1.5 Determine probability of compound events using the Multiplication Rule for Independent Events.

1.6 Classify events as dependent or independent.

1.7 Determine compound probability of multiple events.

1.8 Use tables to determine conditional probability.

1.9 Prove events are independent or dependent using the probabilities.

2.1 Determine compound probability of multiple events.

2.2 Create two-way table given two types of information about the data.

2.3 Determine joint relative frequencies from a two-way table.

2.4 Determine marginal relative frequencies from a two-way table.

2.5 Determine conditional relative frequencies from a two-way table.

2.6 Identify and differentiate between a union and intersection of compound events.

2.7 Determine the probability of compound events using the Addition Rule.

2.8 Explain why conditional probability changes when the order of events changes.

Grade

Remember that your grade is an average of your attempts so be sure to give your absolute best efforts the first time!

Test Review

You will answer questions about sample space, probability independent and dependent events, conditional probability, two-way tables, and disjoint and overlapping events. You can answer these questions more than once and there is no time limit.

Module Objectives

1.1 Identify the sample space total of an event.

1.2 Determine the theoretical and experimental probability of an event.

1.3 Recall and use Complement formula.

1.4 Determine geometric probabilities.

1.5 Determine probability of compound events using the Multiplication Rule for Independent Events.

1.6 Classify events as dependent or independent.

1.7 Determine compound probability of multiple events.

1.8 Use tables to determine conditional probability.

1.9 Prove events are independent or dependent using the probabilities.

2.1 Determine compound probability of multiple events.

2.2 Create two-way table given two types of information about the data.

2.3 Determine joint relative frequencies from a two-way table.

2.4 Determine marginal relative frequencies from a two-way table.

2.5 Determine conditional relative frequencies from a two-way table.

2.6 Identify and differentiate between a union and intersection of compound events.

2.7 Determine the probability of compound events using the Addition Rule.

2.8 Explain why conditional probability changes when the order of events changes.

Grade

Remember that your grade is an average of your attempts so be sure to give your absolute best efforts the first time!