Answer:
The answer is "0.9184".
Step-by-step explanation:
This problem is assisted by data analysis:
Its overview hypothesis test to two sample proportions:
[tex]p_1 :[/tex]percentage of population contributions 1
[tex]p_2:[/tex]percentage of population contributions 2
[tex]\to p_1 - p_2:[/tex] proportion difference
[tex]\to H_0 : p_1 - p_2 = 0\\\\\to H_A : p_1 - p_2 ? 0[/tex]
Calculating the Hypothesis test values:
[tex]Diff \ \ Count1 \ \ Total1 \ \ Count2 \ \ Total2 \ \ Sam. Diff. \ \ Std. Err.\ \ Z-Stat \ \ P value\\\\[/tex]
[tex]p_1 - p_2\ \ 10\ \ 108\ \ 20\ \ 208\ \ -0.0035612536\ \ 0.034766147\ \ -0.10243452 \ \ 0.9184[/tex]
So, the [tex]P - value = 0.9184[/tex]