. Determine the factors (with appropriate exponents) that appear in the numerator of the equation that makes this graph. . Determine the factors (with appropriate exponents) that appear in the denominator of the equation that makes this graph. . Write out the equation of the function. Use r(z) = to start the equation. Use mas a coefficient in the numerator. You will solve for min the next step. . Use the point (0, %) to solve for m, using an exact simplified value. Once you have solved for the value of m, write out the complete equation starting with 'r(a:) =. . Make a graph of your function by following these steps: a. Go to https:/www.desmos.com/calculator. b. On the first line, enter the complete equation you found in #4. c. Make sure everything can be seen in the window (zoom in/out or move the window if needed). d. Save a picture! You can either take a screen shot or click the - button in the upper right corner and export as an image. Does the graph that you made in #5 match the graph given above? Consider the rational function shown in the graph below. It does not contain any holes and passes through the point (0, ?). 6 2 -8 7 -6 -5 -4 -3 -2 -1( 1 2 3 4 5 6