Consider the following ANOVA table. $$\begin{array} { l l l l } \text { Source } & \text { Sum } & \text { Degrees } & \text { Mean } \ \text { of Variation } & \text { of Squares } & \text { of Freedom } & \text { Square } \ \text { Between Treatments } & 2073.6 & 4 & \ \text { Between Blocks } & 6000 & 5 & 1200 \ \text { Error } & & 20 & 288 \ \text { Total } & & 29 & \end{array}$$ The null hypothesis for this ANOVA problem is A) $\mu$₁ = $\mu$₂ = $\mu$₃ = $\mu$₄. B) $\mu$₁ = $\mu$₂ = $\mu$₃ = $\mu$₄ = $\mu$₅. C) $\mu$₁ = $\mu$₂ = $\mu$₃ = $\mu$₄ = $\mu$₅ =$\mu$₆. D) $\mu$₁ = $\mu$₂ = ... = $\mu$₂₀.

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The Answer of Consider the following ANOVA table. $$\begin{array} { l l l l } \text { Source } & \text { Sum } & \text { Degrees } & \text { Mean } \ \text { of Variation } & \text { of Squares } & \text { of Freedom } & \text { Square } \ \text { Between Treatments } & 2073.6 & 4 & \ \text { Between Blocks } & 6000 & 5 & 1200 \ \text { Error } & & 20 & 288 \ \text { Total } & & 29 & \end{array}$$ The null hypothesis for this ANOVA problem is A) $\mu$₁ = $\mu$₂ = $\mu$₃ = $\mu$₄. B) $\mu$₁ = $\mu$₂ = $\mu$₃ = $\mu$₄ = $\mu$₅. C) $\mu$₁ = $\mu$₂ = $\mu$₃ = $\mu$₄ = $\mu$₅ =$\mu$₆. D) $\mu$₁ = $\mu$₂ = ... = $\mu$₂₀.

Consider the Following ANOVA Table The Null Hypothesis for This ANOVA Problem Is A)

Consider the Following ANOVA Table The Null Hypothesis for This ANOVA Problem Is
A)