Average SD Party hrs per week 8.3 6.6 Drinks per week 8.6 Correlation: r = 0.73 The regression equation for predicting the number of drinks per week from party hours per week is: Drinks = 0.30 + 1x (Party hours) What's the best interpretation of the slope for this equation? For each extra hour of partying, girls in the class consume about1 more drink on the average. For cach extra hour of partying, every single girl in the class consumes exactly 1 more drink. It's not possible to interpret the slope in this equation since some girls in the class don't drink at all nile others may consume as many as 6 or 7 drinks an hour Subrit Arawer Tries 0/99 What's the best interpretation of the y-intercept for this equation. O It's about the average number of drinks per week for girls who party 0 hours per week. It's about the average number of party hours per week for girls who have O drinks per week. O It's not possible to interpret the y-interoept because it's outside the range of the data, you can't party negative hours. Subrit Arswer Tries 0/99 .What is the SD of the prediction errors (the RMSE) when predicting drinks from party hours? 6.15 drinks D 4.51 drinks 6.15 party hours 4.51 party hours O 0.73 drinks/party hours Subrit Arswer Tries 0/99 . Suppose someone is 2 SDs above average in drinks, what's the regression estimate for how many SDs above average that student is in party hours? Give your answer to 2 decimal p SDs above average in party hours