1.

Consider the function f (x) = 2-3 I+2 (a) Find the domain of f (I). Note: Use the letter U for union. To enter co, type infinity. Domain: (b) Give the horizontal and vertical asymptotes of f (r), if any. Enter the equations for the asymptotes. If there is no horizontal or vertical asymptote, enter NA in the associated response area. horizontal asymptote: vertical asymptote: (c) Give the intervals of increase and decrease of f (I). Note: Use the letter U for union. To enter co, type infinity. If the function is never increasing or decreasing, enter NA in the associated response area. increasing: decreasing: (d) Give the local maximum and minimum values of f (I). Enter your answers in increasing order of the x-value. If there are less than two local extrema, enter NA in the remaining response areas and t corresponding drop-down menu. Include a multiplication sign between symbols. For example, a . . f( Click for List f( is a local maximum. is a local minimum. (e) Give the intervals of concavity of f (I)- NA(e) Give the intervals of concavity of f (x). Note: Use the letter U for union. To enter oo, type infinity. If the function is never concave upward or concave downward, enter NA in the associated response area. concave upward: concave downward: (f) Give the inflection points of f (I). Enter your answers in increasing order of the -coordinate. If there are less than two points of inflection, enter NA in the remaining response areas. Include a multiplication sign between symbols. For example, a . .(9) Select the graph of f (I). 107 - O 10 5 5. 10 5- 10 5- O -10 -5 5. 10 5-