Test the claim that the samples come from populations with the same mean. Assume that the populations are
normally distributed with the same variance. Given the sample data below, test the claim that the populations
have the same mean. Use a significance level of 0.05. $$\begin{array} { l l l }
\underline { \text { Brand A } } & \text { Brand B } & \text { Brand C } \
\overline { \frac { n } { x } } = 10 & \frac { n } { x } = 10 & \underline { n } = 10 \
s ^ { 2 } = 4.37 & s ^ { 2 } = 3.61 & s ^ { 2 } = 3.34
\end{array}$$

Question

Test the claim that the samples come from populations with the same mean. Assume that the populations are
normally distributed with the same variance. Given the sample data below, test the claim that the populations
have the same mean. Use a significance level of 0.05. $$\begin{array} { l l l } 
\underline { \text { Brand A } } & \text { Brand B } & \text { Brand C } \
\overline { \frac { n } { x } } = 10 & \frac { n } { x } = 10 & \underline { n } = 10 \
s ^ { 2 } = 4.37 & s ^ { 2 } = 3.61 & s ^ { 2 } = 3.34
\end{array}$$

Quizplus · Accepted Answer

The Answer of Test the claim that the samples come from populations with the same mean. Assume that the populations are
normally distributed with the same variance. Given the sample data below, test the claim that the populations
have the same mean. Use a significance level of 0.05. $$\begin{array} { l l l } 
\underline { \text { Brand A } } & \text { Brand B } & \text { Brand C } \
\overline { \frac { n } { x } } = 10 & \frac { n } { x } = 10 & \underline { n } = 10 \
s ^ { 2 } = 4.37 & s ^ { 2 } = 3.61 & s ^ { 2 } = 3.34
\end{array}$$

Test the Claim That the Samples Come from Populations with the Same