You have summary data for two variables: how extroverted someone is

(x)

and how often someone volunteers

(Y)

. Using these values, calculate the line of best fit predicting volunteering from extroversion, then test for a statistically significant relationship using the hypothesis-testing procedure:

M_(x)=12.58,s_(x)=4.65,M_(Y)=7.44,s_(Y)=2.12,r=.34,N=67

,

SS_(M)=19.79,SS_(E)=215.77

.

You have summary data for two variables: how extroverted someone is (X) and how often someone volunteers (Y). Using these values, calculate the line of best fit predicting volunteering from extroversion, then test for a statistically significant relationship using the hypothesis-testing procedure: MX=12.58,sX=4.65,MY=7.44,sY=2.12,r=.34,N=67, SSM=19.79,SSE=215.77. You have summary data for two variables: how extroverted someone is (X) and how often someone volunteers (Y). Using these values, calculate the line of best fit predicting volunteering from extroversion, then test for a statistically significant relationship using the hypothesis-testing procedure: MX=12.58,sX=4.65,MY=7.44,sY=2.12,r=.34,N=67, SSM=19.79,SSE=215.77