24) Use the Contingency Table created for the variables eye and travel to find the probabilities below (when identified use probability rule to find probability). The events are defined as follows: A={brown eyes} and B{drive to school} а. Р(А) b. Р(В) c. Complement rule: P(A d. Complement rule: P(B e. P(Aand B) f. Addition rule: P(Aor B) g. Conditional Probability rule: P(AB) h. Conditional Probability rule: P(B|A) Contingency table results: Rows: Eye Columns: Travel Bike Other Walk Total Bus Drive 55 Blue 0 3 49 2 87 Brown 3 1 8 5 Gray 0 0 1 1 34 Green 1 2 1 Hazel 0 0 30 35 2 3 0 0 3 Other 0 1 Total 4 4 183 13 12 216 t 70 30

24) Use the Contingency Table created for the variables eye and travel to find the probabilities below (when identified use probability rule to find probability). The events are defined as follows: A={brown eyes} and B{drive to school} а. Р(А) b. Р(В) c. Complement rule: P(A d. Complement rule: P(B e. P(Aand B) f. Addition rule: P(Aor B) g. Conditional Probability rule: P(AB) h. Conditional Probability rule: P(B|A) Contingency table results: Rows: Eye Columns: Travel Bike Other Walk Total Bus Drive 55 Blue 0 3 49 2 87 Brown 3 1 8 5 Gray 0 0 1 1 34 Green 1 2 1 Hazel 0 0 30 35 2 3 0 0 3 Other 0 1 Total 4 4 183 13 12 216 t 70 30

College Algebra

10th Edition

ISBN:9781337282291

Author:Ron Larson

Publisher:Ron Larson

Chapter8: Sequences, Series,and Probability

Section8.7: Probability

Problem 6ECP: In Pennsylvania’s Cash 5 game, a player chooses five different numbers from 1 to 43. If these five...

See similar textbooks