When the necessary conditions are met, a two-tail test is being conducted to test the difference between two population proportions. The two sample proportions are $p _ { 1 }$ = 0.32 and $p _ { 2 }$ = 0.38, and the standard error of the sampling distribution of $p _ { 1 } - p _ { 2 }$ is 0.046. The calculated value of the test statistic will be 1.3043.

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The Answer of When the necessary conditions are met, a two-tail test is being conducted to test the difference between two population proportions. The two sample proportions are $p _ { 1 }$ = 0.32 and $p _ { 2 }$ = 0.38, and the standard error of the sampling distribution of $p _ { 1 } - p _ { 2 }$ is 0.046. The calculated value of the test statistic will be 1.3043.

When the Necessary Conditions Are Met, a Two-Tail Test Is p1p _ { 1 }p1​

When the Necessary Conditions Are Met, a Two-Tail Test Is $p _ { 1 }$