Each of the digits in a raffle is thought to have the same chance of occurrence. The table shows the frequency of each digit for consecutive drawings in a California lottery. Perform the chi-square test to see if you reject the hypothesis at the 0.1 significance level that the digits are from a uniform population.

Digit	Frequency	Digit	Frequency
0	49	5	48
1	53	6	49
2	49	7	42
3	43	8	44
4	49	9	44

X v fx A B C D Digit Frequency 49 53 49 43 49 DO YOU A W N PO 48 49 42 44 44 4704 Each of the digits in a raffle is thought to have the same chance of occurrence. The table shows the frequency of each digit for consecutive drawings in a California lottery. Perform the chi-square test to see if you reject the hypothesis at the Of significance level that the digits are from a uniform population. Digit Frequency Digit Frequency 49 48 54 49 Apicture Click here for the Excel Data File a. State the decision rule. Use 01 significance level. (Round your answer to 3 decimal places.) Hey The digits are uniformly distributed. My: The digits are not uniformly distributed. 3 Answer is complete but not entirely correct. Reject Ho if chi-square S 21.686 0 b. Compute the value of chi-square. (Round your answer to 3 decimal places.) Answer is complete and correct. 24030 Graw