I have 1 orange highlighter , 3 yellow highlighters and 2 pink highlighters and 1 blue highlighter.Determine the probability for the multi-stage event.Be sure to indicate the probability of selecting the first color and then the second color.For example, what is the probability of selecting red then yellow. Be sure to identify the probability selecting the first color and then identify the probability of selecting the second color. Show how to calculate the probability of the multi-stage experiment.Determine the overall probability of the multi-stage experiment.Show the process of reducing the probability when possible.Make sure that for one of the selections that you choose the same color twice.Such as yellow then yellow.This means you will conduct THREE different experiments and calculate THREE different multi-stage event probabilities.

Given information: It is given that there is 1 orange highlighter, 3 yellow highlighters, 2 pink…

Answered: I have 1 orange highlighter , 3 yellow…

10th Edition

ISBN:9781337282291

Author:Ron Larson

Publisher:Ron Larson

Chapter8: Sequences, Series,and Probability

Section8.7: Probability

Problem 4ECP: Show that the probability of drawing a club at random from a standard deck of 52 playing cards is...

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I have 1 orange highlighter , 3 yellow highlighters and 2 pink highlighters and 1 blue highlighter.

Determine the probability for the multi-stage event.
Be sure to indicate the probability of selecting the first color and then the second color.
For example, what is the probability of selecting red then yellow. Be sure to identify the probability selecting the first color and then identify the probability of selecting the second color.
Show how to calculate the probability of the multi-stage experiment.
Determine the overall probability of the multi-stage experiment.
Show the process of reducing the probability when possible.

Make sure that for one of the selections that you choose the same color twice.
Such as yellow then yellow.
This means you will conduct THREE different experiments and calculate THREE different multi-stage event probabilities.

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