Draw an appropriate tree diagram, and use the multiplication principle to calculate the probabilities of all the outcomes. Your auto rental company rents out 30 small cars, 23 luxury sedans, and 47 slightly damaged "budget" vehicles. The small cars break down 12% of the time, the luxury sedans break down 8% of the time, and the "budget" cars break down 60% of the time. P(Small and breaks down)= P(Small and does not break down)= P(Luxury and breaks down)= P(Luxury and does not break down)= P(Budget and breaks down)= P(Budget and does not break down)=

Draw an appropriate tree diagram, and use the multiplication principle to calculate the probabilities of all the outcomes. Your auto rental company rents out 30 small cars, 23 luxury sedans, and 47 slightly damaged "budget" vehicles. The small cars break down 12% of the time, the luxury sedans break down 8% of the time, and the "budget" cars break down 60% of the time. P(Small and breaks down)= P(Small and does not break down)= P(Luxury and breaks down)= P(Luxury and does not break down)= P(Budget and breaks down)= P(Budget and does not break down)=

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter0: Preparing For Algebra

Section: Chapter Questions

Problem 63POT

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Question

Draw an appropriate tree diagram, and use the multiplication principle to calculate the probabilities of all the outcomes.

Your auto rental company rents out 30 small cars, 23 luxury sedans, and 47 slightly damaged "budget" vehicles. The small cars break down 12% of the time, the luxury sedans break down 8% of the time, and the "budget" cars break down 60% of the time.

P(Small and breaks down)=

P(Small and does not break down)=

P(Luxury and breaks down)=

P(Luxury and does not break down)=

P(Budget and breaks down)=

P(Budget and does not break down)=

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