IV. ANALYSIS: 1. What quantity does the slope of position vs. time graph denote? 2. How will you describe the motion of the position vs. time graph based on the resulted graph of Table 1? Table 2, Table 3? V. GENERALIZATION: What does a position vs. time graph describe? VI. APPLICATION: 1. What is the importance of motion graph in understanding and describing motion? 2. What is the advantage of using graph to represent the motion of an object? VII. ENRICHMENT ACTIVITY: Based on the position vs time graph, answer the following questions. Win Bright Dar 100 Distance Cm) 0 20 40 40 80 8 10 12 14 Kx Time CE) 1. Who won the race? 2. Whose runner stopped to take a rest? 3. How long did the runner stop? 4. How long did Win take to complete the race? 5. What is Bright's average speed?Stop- 1 to = 5 2, = 50 to-t, 5- 0 slope = S 50 O. I Jooph - 2 slop - 2 t = O I, = 18 slop to- to 3-0 3 6.1606 18- 0 18 Jameph - 3 t, =0 #1 :50 to = 3 0 . = 18 3 - 6 slope 3 18-50 32 = 0. 093749 49 9:07 ... OF ME1 66 graph 1 60 distance -40 20 0 5 time graph 2 60 distance -40 20- 0 5 time graph 2 60 distance -40- 20- 5 time desmos-graph (1).jpg desmos-graph.jpg Leave feedback