Q3.2 112. Hint: Compute P(X


Q3.2<br>112. Hint: Compute P(X <) (at<br>Compute the p-value for this hypothesis test. Recall that =<br>least as extreme).<br>Give<br>your answer to 4 decimal places with a leading zero if necessary. Do not use the continuity<br>correction - it is actually slightly different for this problem (of an average), and would not actually<br>affect our answer. Asking P(X < 112) is the same as asking P(EX; < 200 · 112) =<br>P(EXi < 22400) (multiply both sides by 200). Applying the continuity correction would add<br>0.5 to this equation, and converting back to X gives P(X < 112 + 200) which is basically the<br>0.5<br>same as the original.<br>Enter your answer here<br>Save Answer<br>

Extracted text: Q3.2 112. Hint: Compute P(X <) (at="" compute="" the="" p-value="" for="" this="" hypothesis="" test.="" recall="" that="least" as="" extreme).="" give="" your="" answer="" to="" 4="" decimal="" places="" with="" a="" leading="" zero="" if="" necessary.="" do="" not="" use="" the="" continuity="" correction="" -="" it="" is="" actually="" slightly="" different="" for="" this="" problem="" (of="" an="" average),="" and="" would="" not="" actually="" affect="" our="" answer.="" asking="" p(x="">< 112)="" is="" the="" same="" as="" asking="" p(ex;="">< 200="" ·="" 112)="P(EXi">< 22400)="" (multiply="" both="" sides="" by="" 200).="" applying="" the="" continuity="" correction="" would="" add="" 0.5="" to="" this="" equation,="" and="" converting="" back="" to="" x="" gives="" p(x="">< 112="" +="" 200)="" which="" is="" basically="" the="" 0.5="" same="" as="" the="" original.="" enter="" your="" answer="" here="" save="">

Jun 06, 2022
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