The graph portrays the decision criterion for a hypothesis test for a population mean. The null hypothesis is H,: µ = 4g. The curve is the normal curve for the test statistic under the assumption that the null hypothesis is true. Use the graph to solve the problem. A graphical display of the decision criterion follows. Reject H, Do not reject , Reject H, 0.008 I 10.008 -2409 2409 Determine the critical value(s). All z-scores that lie between -2.409, 2.409 2.409 -2.409, 2.409 O -2.409

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The graph portrays the decision criterion for a hypothesis test for a population mean. The null hypothesis is Ho: = . The curve is the normal curve for the
test statistic under the assumption that the null hypothesis is true. Use the graph to solve the problem. A graphical display of the decision criterion follows.
Reject H,
Do not reject H,
Reject H,
0.008 I
10.008
-2.409
2409
Determine the critical value(s).
All z-scores that lie between -2.409, 2.409
2.409
-2.409, 2.409
O -2.409
Transcribed Image Text:The graph portrays the decision criterion for a hypothesis test for a population mean. The null hypothesis is Ho: = . The curve is the normal curve for the test statistic under the assumption that the null hypothesis is true. Use the graph to solve the problem. A graphical display of the decision criterion follows. Reject H, Do not reject H, Reject H, 0.008 I 10.008 -2.409 2409 Determine the critical value(s). All z-scores that lie between -2.409, 2.409 2.409 -2.409, 2.409 O -2.409
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