110 -8 1 . f ( - 4) = 2. f ( - 3) = 3 . f-1 (0 ) : 4 . f (2 ) = 5 . f ( 4 ) =If f(ac) = 7x - 3 and g(x) = 243 7 , (a) flg(x)) = (b) g(f (ac ) ) = (c) Thus g(a) is called an function of f(x)\f(a) Find a formula for the perimeter of a square of side length 3. P = f(5) = f, help (formulas) (b) f(5) = y; help (numbers) Which of the statements best explains the meaning of f(5)? O A. The side length of a square of perimeter P O B. The area of a square of side length 5 O C. The side length of a square of area 5 O D. The perimeter of a square of side length 5 (c) f'1(28) = f, pjnumbers) Which of the statements best explains the meaning of f _1(28)? 0 A. The side length of a square of area 28 O B. The side length of a square of perimeter 28 O C. The perimeter of a square of side length 28 O D. The area of a square of side length 28 (d) Find a formula for the inverse function. f'1(P) = i, help (formulas) Write an equation that represents the function graphed in blue by using transformations from y = , which is graphed in green. Equation: /. Review: L0 2.4 - I can construct a quadratic equation and use it to solve and interpret real-world problems. Find formulas in vertex form for the quadratic functions pictured below. 21) M) = a; The point indicated on the graph is (5, 5). b) 9(13) = f. The point indicated on the graph is (6, 3). Review: L0 2.4 I can construct a quadratic equation and use it to solve and interpret realworld problems. Find a formula for the quadratic function Whose graph has a yintercept at y = 6 and sicintercepts at a: = 63 and :1: = 46. Hint: Work backwards in What you have done before. f(v) = f. Review: L0 3.3 I can analyze a complex rational function. Find all zeros and vertical asymptotes of the rational function m 7 3:2 25 ' f0?) = If there is more than one answer, enter your answers as a comma separated list. If there is no solution, enter NONE. Do not leave a blank empty. (a) The function has zero(s) at :1: = y; help (numbers) (b) The function has vertical asymptote(s) at :c = 3', help (numbers) (c) The function's end behavior is that f(:c) > i, as a: > :Izoo. help (numbers)