The contingency table shows how many people wore (Y) and did not wear (N) seat belts as well as how many survived (S) and died (D) in car accidents in a recent year.Wore seat beltSurvived (S)D370,313Yes (Y)No (N)175,079Total545,392Complete parts a through d below.Sa. What is the sample space for a randomly selected individual involved in an auto accident? Use a tree diagram to illustrate the possible outcomes.OA.O C.DSDDDied (D)76613142080Sample space:{SS, SD, DS, DD}B.YSDSDSample space:{YS, YD, NS, ND}b. Using the data in the table, estimate (i) P(D), (ii) P(N).(i) P(D) 0.0038 (Round to four decimal places as needed.)Total371,079176,393547,472(ii) P(N) 0.3222 (Round to four decimal places as needed.)c. Estimate the probability that an individual did not wear a seat belt and died.P(N and D)(Round to four decimal places as needed.)YNSSDDSample space:{YS, YS, ND, ND}OD.NNYNSample space:{YY, YN, NY,NN}

Given data: Wore seat belt Survived (S) Died (D) Total Yes (Y) 370,313 766 371,079 No (N)…

The contingency table shows how many people wore (Y) and did not wear (N) seat belts as well as how many survived (S) and died (D) in car accidents in a recent year. Wore seat belt Survived (S) D Yes (Y) 370,313 No (N) 175,079 Total 545,392 Complete parts a through d below. D a. What is the sample space for a randomly selected individual involved in an auto accident? Use a tree diagram to illustrate the possible outcomes. OA. O C. D D Died (D) 766 1314 2080 Sample space: (SS, SD, DS, DD} B. Y N S D S D Total 371,079 176,393 547,472 Sample space: (YS, YD, NS, ND} b. Using the data in the table, estimate (i) P(D), (ii) P(N). (1) P(D) 0.0038 (Round to four decimal places as needed.) (ii) P(N) 0.3222 (Round to four decimal places as needed.) c. Estimate the probability that an individual did not wear a seat belt and died. P(N and D) (Round to four decimal places as needed.) N S D D Sample space: {YS, YS, ND, ND} O D. N N N Sample space: (YY,YN, NY,NN}

The contingency table shows how many people wore (Y) and did not wear (N) seat belts as well as how many survived (S) and died (D) in car accidents in a recent year. Wore seat belt Survived (S) D Yes (Y) 370,313 No (N) 175,079 Total 545,392 Complete parts a through d below. D a. What is the sample space for a randomly selected individual involved in an auto accident? Use a tree diagram to illustrate the possible outcomes. OA. O C. D D Died (D) 766 1314 2080 Sample space: (SS, SD, DS, DD} B. Y N S D S D Total 371,079 176,393 547,472 Sample space: (YS, YD, NS, ND} b. Using the data in the table, estimate (i) P(D), (ii) P(N). (1) P(D) 0.0038 (Round to four decimal places as needed.) (ii) P(N) 0.3222 (Round to four decimal places as needed.) c. Estimate the probability that an individual did not wear a seat belt and died. P(N and D) (Round to four decimal places as needed.) N S D D Sample space: {YS, YS, ND, ND} O D. N N N Sample space: (YY,YN, NY,NN}

Holt Mcdougal Larson Pre-algebra: Student Edition 2012

1st Edition

ISBN:9780547587776

Author:HOLT MCDOUGAL

Publisher:HOLT MCDOUGAL

Chapter11: Data Analysis And Probability

Section: Chapter Questions

Problem 3CST

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