Consider a multinomial experiment with n=320 and k=4. The null hypothesis to be tested is Hg: P1 = P2 P3 P4 = 0.25. The observed frequencies resulting from the experiment are: (You may find it useful...

Extracted text: Consider a multinomial experiment with n=320 and k=4. The null hypothesis to be tested is Hg: P1 = P2 P3 P4 = 0.25. The observed frequencies resulting from the experiment are: (You may find it useful to reference the appropriate table: chi-square ta or E table) Category Frequency 4 88 53 90 89 a. Choose the appropriate alternative hypothesis. O Not all population proportions are equal to 0.25. O All population proportions differ from 0.25. b-1. Calculate the value of the test statistic. (Round intermediate calculations to at least 4 decimal places and final answer to 3 decimal places.) Test statistic < prev.="" next=""> 4 of 10 a ere to search


Extracted text: b-2. Find the p-value. O 0.025 B p-value < 0.05="" o="" p-value=""><0.01 o="" 0.015="" p-value=""><0.025 p-value="" 0.10="" o="" 0.05="" p-value=""><0.10 c.="" at="" the="" 10%="" significance="" level,="" what="" is="" the="" conclusion="" to="" the="" hypothesis="" test?="" o="" reject="" hg="" since="" the="" p-value="" is="" greater="" than="" the="" significance="" level.="" o="" do="" not="" reject="" hg="" since="" the="" p-value="" is="" greater="" than="" the="" significance="" level.="" o="" reject="" hg="" since="" the="" p-value="" is="" less="" than="" the="" significance="" level.="" o="" do="" not="" reject="" h,="" since="" the="" p-value="" is="" less="" than="" the="" significance="" level.="" rev:="" 06="" 10="" 2019="" qc_cs-170121,="" 07="" 23="" 2020="" qc="" cs-220209="" prev="" 4="" of="" 10="" next="" -="">