The graph of y = /(@) is given below. Answer each of the questions below the graph. -7 6 5 4-3 -2 -1 3 5 5 6 7 5 9 -7 A) What is the domain of /(@)? Give your answer using interval notation. B) What is the range of /(@)? Give your answer using interval notation. () What is/are the *-intercepts of f(@) ? Give your answer(s) in coordinate form (i.e. as ordered pairs), separating multiple answers with commas as needed. Di The zeros of f(@) are E) f( -3) = F) f (0) = G) Is f(1) positive, negative, or 0? positive O negative H) How many times does the line y = -2 intersect y = f(*) ? I) For what value(s) of * does f(@) = 4 ? Separate multiple answers with commas as needed. J) Give the interval(s) of @ such that f(@) > 0 . Use the union symbol between multiple intervals. K) Give the interval(s) of @ such that f(@) >2 5- -5 -4 -2 4 -1 -3 -4 5 Clear All Draw: Line Dot Open Dot Notes: Only use dots at if two parts of the function don't connect. Once you draw a line segment, click outside the graph if you need to end the line.Rewrite the expression In( a + 5) + 41m (@ -b) -4 1nc as a single logarithm In A. Then the function A = Submit QuestionFor the function f( @ ) = - @, evaluate and fully simplify each of the following. = fe +h) - f(e)Suppose you have a $165 gift card for gas. You spend on average $25 per week for gas. a) Write a function to model this situation where w is the number of weeks and g(w) is the value in dollars remaining on the card. bj Evaluate o (5) =Write an equation for the degree-four polynomial graphed below Li 4 5 -4 Li -3 a-5 -4 -3 -2 -1 4 Write an equation for the function graphed above Enter abs(x) for *