1 Brush salmon fillets on both sides with 1/4 cup butter, and sprinkle evenly with the cayenne pepper mixture. 2  Drizzle one side of each fillet with 1/2 remaining butter. 3  In a large, heavy skillet over high heat, cook salmon, butter side down, until blackened, 2 to 5 minutes. Brush salmon fillets on both sides with 1/4 cup butter, and sprinkle evenly with the cayenne pepper mixture. 2  Drizzle one side of each fillet with 1/2 remaining butter. 3  In a large, heavy skillet over high heat, cook salmon, butter side down, until blackened, 2 to 5 minutes.
The intercept (often labeled the constant) is the expected mean value of Y when all X=0. Start with a regression equation with one predictor, X. If X sometimes = 0, the intercept is simply the expected mean value of Y at that value. If X never = 0, then the intercept has no intrinsic meaning. In scientific research, the purpose of a regression model is to understand the relationship between predictors and the response. If so, and if X never = 0, there is no interest in the intercept.
Find the gradient of the line passing through (a, b) and (0, c). Intercepts. The x-intercept of a line is the point at which it crosses the x-axis. The y-intercept of a line is the point at which it crosses the y-axis. In the diagram to the left the y-intercept is at A and the x-intercept at B.The second diagram shows a line parallel to the x-axis and it has a y-intercept at C.The third diagram shows a line parallel to the y-axis and it has an x-intercept at D.he y-intercept of a line is the point at which it crosses the y-axis. In the diagram to the left the y-intercept is at A and the x-intercept at B. The second diagram shows a line parallel to the x-axis and it has a y-intercept at C. The third diagram shows a line parallel to the y-axis and it has an x-intercept at D.