webwork.math.ucdavis.edu/webwork2/MAT16A-McDonald-3-Fall-2021/Section_3.7/6/ YouTube Maps Translate Career Exploration |... Microsoft Word - 5.. (1 point) Consider the graph of y = 4 - 256 Find the x- and y-intercepts: The x-intercept occurs at (0,0) (Enter the coordinates as an ordered pair, e.g., "(2,5)". If there is more than one x-intercept, enter a comma-separated list, e.g., "(2,5), (4,7)". If there are no x-intercepts, enter "none".) The y-intercept occurs at (0,0) (Enter the coordinates as an ordered pair, e.g., "(2,5)". If there is more than one y-intercept, enter a comma-separated list, e.g., "(2,5), (4,7)". If there are no y-intercepts, enter "none".) Find the asymptotes of the graph: The vertical asymptote occurs at x= -4,4 (If there is more than one vertical asymptote, enter a comma-separated list, e.g., "2, 4". If there are no vertical asymptotes, enter "none".) The horizontal asymptote occurs at y= 1 (If there is more than one horizontal asymptote, enter a comma-separated list, e.g., "2, 4". If there are no horizontal asymptotes, enter "none".) Find where the graph is increasing or decreasing: The graph is increasing on (-infinity, -4)U(-4,0) (Enter your answer in interval notation. If the graph is never increasing, enter "none".) The graph is decreasing on (0,4)U(4, infinity) Enter your answer in interval notation. If the graph is never decreasing, enter "none".) Find where the graph is concave up or down: 49.F