Set Notation ->Domain {x|_<x<_} Range {y|_<y<_} Interval notation -> (x,x] [y,y) Infinite or not equal to -> (0) Equal to -> [] End behavior As x -> -infinite is the left side As x -> +infinite is the right side ANSWER MUST LOOK LIKE As x -> +infinite F(x) -> __ if it has the line its f(x) approches the number the line is on becuase it will never reach it Write the coordnates of the zeros Find every point where the X axis is crossed answer should look like (4,0)(-1,0)(5,0) State where the graph is increasing Increasing is when it is heading towareds the top right The answer should be two X points where it starts and ends do it for as many times as there are increasing points same for - State where the graph is -/+ The answer should be two x points where it starts and where it ends (-x,x) not always negitive Find the average rate of change X = _ X = _ look at the graph find the other point then use the formula Y2 - Y/X2-X1 how to draw a function f(x)=-X + 6 with Domain -3<_x<4 plug numbers into the X into F(x) Make sure you stop at -3 and 4 and color in the hole if its <_ and leave it open if its < If you get a similar question with a different notation just remeber [ means its (<_ and make sure you add the arrow if its infinate 3x^2 + 18x -48 = 0 divided by three x^2 + 6x -16 = 0 plus 16 x^2 + 6x =16 (B/2)^2 REMEBER THIS (B is 6) x^2 + 6x + 9 =16 +9 convert (x + 3)^2 = 25 square root x + 3 = 5 -3 X = 3 +- 5 (remeber plus or mins ) After you need to split to two answers x = 8 x = - 2 -x^2 + 5 = 8x^2 - 2 subtract eight X squared -9x^2+5 = -2 Minus five -9x^2 = -7 divided by -9 x^2 = 7/9 squared x = +- -