The time (in minutes) it takes to assemble a computer component for three different machines is listed below. Workers are randomly selected. Use the Kruskal-Wallis test to test the claim that there is no difference in the distribution of the populations. Use α = .05. $$\begin{array} { c | c | c }
\text { Machine 1 } & \text { Machine 2 } & \text { Machine 3 } \
\hline 36 & 44 & 32 \
35 & 33 & 29 \
36 & 42 & 33 \
34 & 37 & 35 \
37 & 39 & 34 \
35 & 36 & 31 \
36 & 40 & 41
\end{array}$$

Question

The time (in minutes) it takes to assemble a computer component for three different machines is listed below. Workers are randomly selected. Use the Kruskal-Wallis test to test the claim that there is no difference in the distribution of the populations. Use α = .05. $$\begin{array} { c | c | c } 
\text { Machine 1 } & \text { Machine 2 } & \text { Machine 3 } \
\hline 36 & 44 & 32 \
35 & 33 & 29 \
36 & 42 & 33 \
34 & 37 & 35 \
37 & 39 & 34 \
35 & 36 & 31 \
36 & 40 & 41
\end{array}$$

Quizplus · Accepted Answer

The Answer of The time (in minutes) it takes to assemble a computer component for three different machines is listed below. Workers are randomly selected. Use the Kruskal-Wallis test to test the claim that there is no difference in the distribution of the populations. Use α = .05. $$\begin{array} { c | c | c } 
\text { Machine 1 } & \text { Machine 2 } & \text { Machine 3 } \
\hline 36 & 44 & 32 \
35 & 33 & 29 \
36 & 42 & 33 \
34 & 37 & 35 \
37 & 39 & 34 \
35 & 36 & 31 \
36 & 40 & 41
\end{array}$$

The Time (In Minutes) It Takes to Assemble a Computer