Before you complete this graphing question, notice the link for Test Overview in the upper right corner. During a test, you can click that link to move quickly from question to question and see how you are progressing on the test. In the bottom left comer, you can see whether there is a time limit on the test, how much time you have left. The lines on the graph to the right represent three constraints for a linear programming model. Individual points on a line or curve can also be identified and labeled Problem statement: The optimal solution occurs when producing 0 units of good X and 10 units of good Y. Y Instruction: Use the point drawing tool to identify this point, and label the point "0." First click on the Point Drawing Tool icon and then click on the point (0, 10). To label the point, click on the question marks and choose the letter "0." C C2 20 22 8 10 12 14 16 18 Problem statement: The table below provides information about a production line setup project at a factory. The lines for activities A through C are drawn on the graph, with the time in hours on the X-Axis and the activities on the Y-axis. Activity Time (in hours) Immediate Predecessor(s) . B,C The starting and ending points for activities D and E have been plotted on the graph to the right. You can connect the points with a straight line using the Line Drawing Tool. Click once on a point to begin the line, move the mouse to another coordinate, and click again to finish. Instruction: Use the line drawing tool two times to draw a Gantt chart for activities D and E of the project by connecting the points. 6 10 12 Time (hours) 14 16 18 20