The data on the right represent the number of traffic fatalities by seat location and gender....

Transcribed Image Text:

The data on the right represent the number of traffic fatalities by seat location and gender. Determine P(female) and P(female passenger). Are the events "female" and "passenger" independent? Male le Total o Passenger 32,995 11,962 44,957 Driver Total 6,597 6,279 12,876 39,592 18,241 57,833 P(female)= (Round to three decimal places as needed.) Determine P(female passenger). P(female passenger) = (Round to three decimal places as needed.) Are the events "female" and "passenger" independent? O A. No. The occurrence of the event "passenger" affects the probability of the event "female. OB. Yes. The occurrence of the event "passenger" affects the probability of the event "passenger. OC. Yes. The occurrence of the event "passenger" does not affect the probability of the event "female." OD. No. The occurrence of the event "passenger" does not affect the probability of the event "female. "1 The data on the right represent the number of traffic fatalities by seat location and gender. Determine P(female) and P(female passenger). Are the events "female" and "passenger" independent? Male le Total o Passenger 32,995 11,962 44,957 Driver Total 6,597 6,279 12,876 39,592 18,241 57,833 P(female)= (Round to three decimal places as needed.) Determine P(female passenger). P(female passenger) = (Round to three decimal places as needed.) Are the events "female" and "passenger" independent? O A. No. The occurrence of the event "passenger" affects the probability of the event "female. OB. Yes. The occurrence of the event "passenger" affects the probability of the event "passenger. OC. Yes. The occurrence of the event "passenger" does not affect the probability of the event "female." OD. No. The occurrence of the event "passenger" does not affect the probability of the event "female. "1