In a study of reaction times,) The regression equation is
Auditory $= 174.086649 + 0.413924$ Visual

$\begin{array}{lllll}
\text { Predictor } & \text { Coef } & \text { SE Coef } & \text { T } & \text { P } \
\text { Constant } & 174.086649 & 28.669462 & 6.072198 & 0.003717 \
\text { Visual } & 0.413924 & 0.138026 & 2.99888 & 0.039987
\end{array}$
Can you conclude that the response time to visual stimulus is useful in predicting the resp time for auditory stimulus? Answer this question using the $\alpha = 0.05$ level of significance.
A)Yes
B)No

Question

In a study of reaction times,) The regression equation is
Auditory $= 174.086649 + 0.413924$ Visual

$\begin{array}{lllll}
\text { Predictor } & \text { Coef } & \text { SE Coef } & \text { T } & \text { P } \
\text { Constant } & 174.086649 & 28.669462 & 6.072198 & 0.003717 \
\text { Visual } & 0.413924 & 0.138026 & 2.99888 & 0.039987
\end{array}$
Can you conclude that the response time to visual stimulus is useful in predicting the resp time for auditory stimulus? Answer this question using the $\alpha = 0.05$ level of significance.
A)Yes
B)No

Quizplus · Accepted Answer

The p-value for the Visual predictor is 0.039987, which is less than the significance level of 0.05, indicating that the response time to visual stimulus is statistically significant in predicting the response time for auditory stimulus.

In a Study of Reaction Times,) the Regression Equation Is =174.086649+0.413924= 174.086649 + 0.413924=174.086649+0.413924

In a Study of Reaction Times,) the Regression Equation Is $= 174.086649 + 0.413924$