The test statistic is t = (Round to three decimal places as needed.)

MATLAB: An Introduction with Applications
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i already did multiple choice just find the test statistic

In a study comparing banks in two countries, a sample of 142 matched pairs of banks was formed. Each pair contained one bank from
country x and one from country y. The pairings were made in such a way that the two members were as similar as possible in regard to
such factors as size and age. The ratio of total loans outstanding to total assets was calculated for each of the banks. For this ratio, the
sample mean difference (country x - country y) was 0.0579, and the sample standard deviation of the differences was 0.3086. Test,
against a two-sided alternative, the null hypothesis that the two population means are equal. (Assume α = 0.01.)
Click the icon to view the critical values of the Student's t distribution.
A. Ho: Mx Hy= = 0
H₁: Hx-Hy >
>0
C. Ho: Mx Hy
#0
H₁: Hx-Hy = 0
E. Ho: Hx - Hy= 0
H₁: Hx-Hy <0
The test statistic is t =
(Round to three decimal places as needed.)
B. Ho: Mx Hy = 0
H₁: Hx -Hy #0
D. Ho: Mx Hy = 0
H₁: Hx-Hy ²0
E. Ho: Hx - Hy=0
H₁: Mx Hy
≤0
Transcribed Image Text:In a study comparing banks in two countries, a sample of 142 matched pairs of banks was formed. Each pair contained one bank from country x and one from country y. The pairings were made in such a way that the two members were as similar as possible in regard to such factors as size and age. The ratio of total loans outstanding to total assets was calculated for each of the banks. For this ratio, the sample mean difference (country x - country y) was 0.0579, and the sample standard deviation of the differences was 0.3086. Test, against a two-sided alternative, the null hypothesis that the two population means are equal. (Assume α = 0.01.) Click the icon to view the critical values of the Student's t distribution. A. Ho: Mx Hy= = 0 H₁: Hx-Hy > >0 C. Ho: Mx Hy #0 H₁: Hx-Hy = 0 E. Ho: Hx - Hy= 0 H₁: Hx-Hy <0 The test statistic is t = (Round to three decimal places as needed.) B. Ho: Mx Hy = 0 H₁: Hx -Hy #0 D. Ho: Mx Hy = 0 H₁: Hx-Hy ²0 E. Ho: Hx - Hy=0 H₁: Mx Hy ≤0
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