LESS CARev. Evaluate Learning Goa Review Questions Use ma Answer the following questions in your notebook. to 1. What does the velocity graph look like when the displacement graph is curved? 2. Why is the acceleration graph a flat line when the displacement graph is curved? 3. Discuss the relationship between the values from question 2. 4. Copy the vectors below into your notebook. Draw the resultant from the addition of these vectors. 5. Using a ruler, measure each vector in your notebook and record these measurements. 6. Redraw them in a different order, and then draw the resultant. Make sure to keep the direction of each vector the same, and that they touch head to tail. 7. Compare the resultant for both drawings. Are they the same? ARN 4 LIFE HANGE LIVES Integrated Science 1B Credit 1 14216 1/ 6 laborate CA Rev. 9/17/2021 Displacement, Velocity, and Acceleration In the following scenarios draw the graph for velocity. Pay close attention to where the zero line is for each measurement. Remember that a velocity of zero represents an object at rest, and an acceleration of zero represents an object moving at a constant speed. For more information on completing these graphs you can watch the video below. Physics Motion Graphs https://www.youtube.com/watch?v=ITE83sP71Qg Flood, Michael. Physics Motion Graphs, You Tube, 19 Sept. 2014. 2 3 Displacement velocity Acceleration Time Time Time Time In scenarios 5 and 6 draw the graph for velocity. For 6 and 7 create two scenarios by drawing in the graph for displacement, velocity, and acceleration where velocity is not 0. 8 Displacement Velocity Acceleration Time Time Time Time 13 Integrated Science 1B LEARN 4 LIFE Credit 1 CHANGE LIVES