(65, 20), (68, 28), (73, 29), (77, 32), (78, 30) each (x, y) pair above represents an excellent basketball player’s height, x, and average points per game, y. enter the data into the regression calculator. the linear regression equation that models the data is:

Aretha wanted to gather data about the cost of local bowling leagues in her area. she plotted the data and determined that the average bowling league costs consist of a one-time registration fee and a monthly fee modeled by the equation y = 15x + 20. identify and interpret the y-intercept in this model. the y-intercept is 20. this is the cost per month. the y-intercept is 20. this is the cost of registration. the y-intercept is 15. this is the cost of registration. the y-intercept is 15. this is the cost per month.