(Solved): that were won. (b) Use Fisher's LSD procedure to determine where the differences occur. Use ...

that were won. (b) Use Fisher's LSD procedure to determine where the differences occur. Use $?=0.05$. Find the value of LSD for each pair of divisions. (Round your answers to two decimal places.) North and South LSD = North and West LSD $=$ South and West LSD $=$ Find the pairwise absolute difference between sample attendance means for each pair of divisions. (Round your answers to the nearest integer.) $\begin{array}{l}?{\stackrel{?}{x}}_{\mathrm{N}}?{\stackrel{?}{x}}_{\mathrm{S}}?=\\ ?{\stackrel{?}{x}}_{\mathrm{N}}?{\stackrel{?}{x}}_{\mathrm{W}}?=\\ ?{\stackrel{?}{x}}_{\mathrm{S}}?{\stackrel{?}{x}}_{\mathrm{W}}?=\end{array}$ Which attendance means differ significantly? (Select all that apply.) There is a significant difference in mean attendance between the North division and the South division. There is a significant difference in mean attendance between the North division and the West division. There is a significant difference in mean attendance between the South division and the West division. There are no significant differences. Find the value of the test statistic. (Round your answer to two decimal places.) Find the $p$-value. (Round your answer to three decimal places.) $p$-value $=$