We do not have enough information to answer this question. 3 Question 12 (6.67 points) Suppose we have independent variables budget (million dollars) and segment (A, B, C, and D) 9 Suppose we have a model Predicted Profit (million dollars) = 80 + 0.5*(budget) + 2.5*(Segment A) + 0.8* 12 (Segment B) - 3.5*(Segment C) K . Suppose the p-value for Segment A is 0.0004 15 . Suppose the p-value for Segment B is 0.82 . Suppose the p-value for Segment C is 0.0000007 18 True or False: The average profit is the smallest in Segment C. 21 TRUE 24 FALSE Question 13 (6.67 points) Suppose we have independent variables budget (million dollars) and segment (A, B, C, and D)3 Question 13 (6.67 points) Suppose we have independent variables budget (million dollars) and segment (A, B, C, and D) 6 Suppose we have a model 9 Predicted Profit (million dollars) = 80 + 0.5*(budget) + 2.5*(Segment A) + 0.8* (Segment B) - 3.5*(Segment C) 12 . Suppose the p-value for Segment A is 0.0004 . Suppose the p-value for Segment B is 0.82 . Suppose the p-value for Segment C is 0.0000007 15 True or False: If we were to plot the trend lines associated with this model, the trend line for segment C would be decreasing with a slope of -3.5 18 21 O TRUE 24 FALSE Question 14 (6.67 points) Suppose we are calculating a multiple linear regression model where