The national distribution of fatal work injuries in a country is shown in the table to the right under National '15. You believe that the distribution of fatal work injuries is different' In the western part of the country and randomly select 6231 fatal work injuries occurring inmm that region. At or = 0.05 can you conclude that the distribution of fatal work injuries in the west is different from the national distribution? Complete parts a through d below. 3'33\"\"3 a 3 annful fumes a. State HI] and H3 and identify the claim. What is the null hypothesis. HO? O A. The distribution of fatal work injuries in the west is 2895 transportation. 1155 equipment. 800 assaults. ?46 falls. 533 harmful fumes. and 1 02 res. 0 B. The distribution of fatal work injuries in the west differs from the expected distribution. 0 C. The distribution of fatal work injuries in the west is 43% transportation. 18% equipment. 15% assaults. 13% falls. 8% harmful fumes. and 3% res. What is the ahernate hypothesis. Ha? O A. The distribution of fatal work injuries in the west differs from the expected distribution. 0 B. The distribution of fatal work injuries in the west is the same as the expected distribution. 0 C. The distribution of fatal work injuries in the west is 43% transportation. 18% equipment. 15% assaults. 13% falls. 8% harmful fumes. and 3% res. Which hypothesis is the claim? 0 \"0 0 Ha . . . 2 . . . [1. Determine the critical value. Xu- and the rejection region. X: = D (Round to three decimal places as needed.) Determine the rejection region. on. x2>x 03- fax: 0c. xgsx: OD- XQ'X: 0. Calculate the test statistic. X2 = [Round to three decimal places as needed.) {d} Decide whether to reject or fail to reject the null hypothesis. Then interpret the decision in the context of the original claim. H0. At the 5% signicance level. there |:| enough evidence to conclude that the western distribution of fatal work injuries the national distribution