In a test of two population means - ui versus u2 - with unknown variances of and o, two independent samples of ni = 8 and n2 = 10 were taken. The data is given below. Both populations are normally...


B and C are wrong


In a test of two population means - ui versus u2 - with unknown variances of and o, two independent samples of ni = 8 and<br>n2 = 10 were taken. The data is given below. Both populations are normally distributed.<br>Sample From Population 1: 13, 23, 16, 12, 20, 23, 15, 10;<br>Sample From Population 2: 16, 16, 18, 13, 18, 16, 17, 20, 15, 16; Download .csv file<br>(a) You wish to test the hypothesis that both populations have the same variance. Choose the correct statistical hypotheses.<br>OA. Họ : o = o} HA:o o<br>B. Ho : 0 # ०३ H: 0 = 03<br>C. Ho : o = o HA:o < o?<br>D. Họ : o7 = o3 HA: o} > o?<br>E. Ho : S? = S HA: S3 + S3<br>%3D<br>(b) Determine Levene's test statistic for this test. Use at least two decimals in your answer.<br>Test Statistic 6.88<br>(0) Determine the P-value for this test, to at least three decimal places.<br>P= 0.005<br>(d) Using a = 0.05, the null hypothesis should rejected.<br>From this data and this version of the hypothesis we infer, the<br>variation in Population 1 is statistically different than the variation in Population 2.<br>

Extracted text: In a test of two population means - ui versus u2 - with unknown variances of and o, two independent samples of ni = 8 and n2 = 10 were taken. The data is given below. Both populations are normally distributed. Sample From Population 1: 13, 23, 16, 12, 20, 23, 15, 10; Sample From Population 2: 16, 16, 18, 13, 18, 16, 17, 20, 15, 16; Download .csv file (a) You wish to test the hypothesis that both populations have the same variance. Choose the correct statistical hypotheses. OA. Họ : o = o} HA:o o B. Ho : 0 # ०३ H: 0 = 03 C. Ho : o = o HA:o < o?="" d.="" họ="" :="" o7="o3" ha:="" o}=""> o? E. Ho : S? = S HA: S3 + S3 %3D (b) Determine Levene's test statistic for this test. Use at least two decimals in your answer. Test Statistic 6.88 (0) Determine the P-value for this test, to at least three decimal places. P= 0.005 (d) Using a = 0.05, the null hypothesis should rejected. From this data and this version of the hypothesis we infer, the variation in Population 1 is statistically different than the variation in Population 2.


Extracted text: "population1", "population2" "1","13",16 "2","23",16 "3","16",18 "4","12",13 "5","20",18 "6","23",16 "7","15",17 "8","10",20 "9"," "10","",16 %3D %3D ",15 %3D
Jun 10, 2022
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