88 B 88 18 28 28 :: 07 08 08 08 08 888 88 8 80 88 38 38 888. 8888 880 82 82 88 88 008 Action Consolidation Consider the sum of two standard dice. You are going to create the following questions that involve finding the probability associated with two events. Define your events in words and use A and B for labels, and then make your own Venn diagram. Examples are also are given below. Answer the following questions and submit them to the dropbox: 1. Create a probability question, in the form "What is the probability of ?", where A and B are mutually exclusive events and justify why the events are mutually exclusive (Example: Let A be the event of rolling a green six. Let B be the event of rolling a green three. What is the probability of A or B occurring?). Draw a Venn diagram and solve for the probability where A and B are mutually exclusive. 2. Create a probability question, in the form "What is the probability of ?", where A and B are non-mutually exclusive and justify why the events are non-mutually exclusive. (Example: Let A be the event of rolling a green six. Let B be the event of rolling a red six. What is the probability of A and B occurring?).Draw a Venn diagram and solve for the probability where A and B are non-mutually exclusive.
88 B 88 18 28 28 :: 07 08 08 08 08 888 88 8 80 88 38 38 888. 8888 880 82 82 88 88 008 Action Consolidation Consider the sum of two standard dice. You are going to create the following questions that involve finding the probability associated with two events. Define your events in words and use A and B for labels, and then make your own Venn diagram. Examples are also are given below. Answer the following questions and submit them to the dropbox: 1. Create a probability question, in the form "What is the probability of ?", where A and B are mutually exclusive events and justify why the events are mutually exclusive (Example: Let A be the event of rolling a green six. Let B be the event of rolling a green three. What is the probability of A or B occurring?). Draw a Venn diagram and solve for the probability where A and B are mutually exclusive. 2. Create a probability question, in the form "What is the probability of ?", where A and B are non-mutually exclusive and justify why the events are non-mutually exclusive. (Example: Let A be the event of rolling a green six. Let B be the event of rolling a red six. What is the probability of A and B occurring?).Draw a Venn diagram and solve for the probability where A and B are non-mutually exclusive.
General Chemistry - Standalone book (MindTap Course List)
11th Edition
ISBN:9781305580343
Author:Steven D. Gammon, Ebbing, Darrell Ebbing, Steven D., Darrell; Gammon, Darrell Ebbing; Steven D. Gammon, Darrell D.; Gammon, Ebbing; Steven D. Gammon; Darrell
Publisher:Steven D. Gammon, Ebbing, Darrell Ebbing, Steven D., Darrell; Gammon, Darrell Ebbing; Steven D. Gammon, Darrell D.; Gammon, Ebbing; Steven D. Gammon; Darrell
Chapter6: Thermochemisty
Section: Chapter Questions
Problem 6.98QP
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pls help
Transcribed Image Text:88 B
88
18 28 28
::
07 08 08 08 08
888 88 8
80 88 38 38
888.
8888
880 82 82 88 88 008
Action
Consolidation
Consider the sum of two standard dice.
You are going to create the following questions that involve finding the probability associated with two events. Define your events in words
and use A and B for labels, and then make your own Venn diagram. Examples are also are given below.
Answer the following questions and submit them to the dropbox:
1. Create a probability question, in the form "What is the probability of ?", where A and B are mutually exclusive events and justify
why the events are mutually exclusive (Example: Let A be the event of rolling a green six. Let B be the event of rolling a green three.
What is the probability of A or B occurring?). Draw a Venn diagram and solve for the probability where A and B are mutually
exclusive.
2. Create a probability question, in the form "What is the probability of
?", where A and B are non-mutually exclusive and justify
why the events are non-mutually exclusive. (Example: Let A be the event of rolling a green six. Let B be the event of rolling a red six.
What is the probability of A and B occurring?).Draw a Venn diagram and solve for the probability where A and B are non-mutually
exclusive.
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