In a regression analysis involving 18 observations and four independent variables, the following information was obtained. Multiple R $= .6000$
R Square $= .3600$
Standard Error $= 4.8000$
Based on the above information, fill in all the blanks in the following ANOVA table. ANOVA
$\begin{array} { l l l l l l } & d f & S S & M S & F \
\text { Regression }&\_\_\_ ?&\_\_\_ ?&\_\_\_ ?&\_\_\_ ?\
\text {Error } &\_\_\_ ? &\_\_\_ ?&\_\_\_ ?\
\end{array}$

Question

In a regression analysis involving 18 observations and four independent variables, the following information was obtained. Multiple R $= .6000$
R Square $= .3600$
Standard Error $= 4.8000$ ​
Based on the above information, fill in all the blanks in the following ANOVA table. ANOVA
$\begin{array} { l l l l l l } & d f & S S & M S & F \ 
\text { Regression }&\_\_\_ ?&\_\_\_ ?&\_\_\_ ?&\_\_\_ ?\
\text {Error } &\_\_\_ ? &\_\_\_ ?&\_\_\_ ?\
 \end{array}$

Quizplus · Accepted Answer

The Answer of In a regression analysis involving 18 observations and four independent variables, the following information was obtained. Multiple R $= .6000$
R Square $= .3600$
Standard Error $= 4.8000$ ​
Based on the above information, fill in all the blanks in the following ANOVA table. ANOVA
$\begin{array} { l l l l l l } & d f & S S & M S & F \ 
\text { Regression }&\_\_\_ ?&\_\_\_ ?&\_\_\_ ?&\_\_\_ ?\
\text {Error } &\_\_\_ ? &\_\_\_ ?&\_\_\_ ?\
 \end{array}$

In a Regression Analysis Involving 18 Observations and Four Independent =.6000= .6000=.6000

In a Regression Analysis Involving 18 Observations and Four Independent $= .6000$