A computed $X^{2}$ value that is larger than the $X_{\alpha / 2}^{2}$ value allows us to reject the null hypothesis that __________ is based on a __________.
A) $\sigma=\sigma_{0}$, small sample
B) $\sigma=\sigma_{0}$, large sample
C) $\sigma_{1}=\sigma_{2}$, small sample
D) $\sigma_{1}=\sigma_{2}$, large sample

Question

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The Answer of A computed $X^{2}$ value that is larger than the $X_{\alpha / 2}^{2}$ value allows us to reject the null hypothesis that __________ is based on a __________.
A) $\sigma=\sigma_{0}$, small sample
B) $\sigma=\sigma_{0}$, large sample
C) $\sigma_{1}=\sigma_{2}$, small sample
D) $\sigma_{1}=\sigma_{2}$, large sample

A Computed X2X^{2}X2 Value That Is Larger Than The Xα/22X_{\alpha / 2}^{2}Xα/22​

A Computed $X^{2}$ Value That Is Larger Than The $X_{\alpha / 2}^{2}$