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Test the hypothesis using the P-value approach. Be sure to verify the requirements of the test. Ho: p=0.6 versus H, p>0.6 n=100; x = 65, a = 0.05 Is npo (1-P) 2107 0 Yes O No Use technology to find the P-value, P-value=0 (Round to three decimal places as needed.) the null hypothesis, because the P-value is than a

Answer 1

# Given that! no 100 X=65 ; K= 0.05 Vs. NOW Ho: p=0.6 Hi! P >0.6 Proportion (P) = x= 65 -0.650 10o Poll-Po) 7,10 100 x0.65(1-0.65) 7,10 65 (0.35) 22 7,10 Tues = 0.65-0-6 Now using proportion test for one sample. Po-P P(1-P) 0.6(1-016) Za => loo 0.05 0.05 101: 021 0.04899 0.0024 Z= 1.021 Z-102 P-value = P(Z >1.02] 1 - P{z<1.02] = 1-0.9461 (from 2- 2-table =10.1539 z 10.154 (round in three decimal place) P-value > a lie.0.15470.05) We accept the null Hypothesis, because the P-value is greater than a please give up rate if it is helpful to you,