Raza SPH3U Application Graphing Assignment /43 For all questions, show your work when applicable and use the appropriate number of significant digits, units and directions (if applicable) Answer the questions on this page using the graph below. (19) 36 24 12 Velocity (m/s) [S] -12 5 10 15 20 25 30 Time (5) Questions 1. What was the truck's velocity at 5 s, 15 s, 25 5, 30 s? (1) 2. What was the displacement of the truck in the interval 0 to 5 s? (1) 3. What was the displacement of the truck in the interval 10 to 20 s? (1) 4. What was the displacement of the truck in the interval 25 to 30 s? (1) 5. What was the distance of the entire trip? (1) 6. What was the average speed for the whole trip? Show your work (2) 7. What was the displacement for the whole trip? (1) 8. What was the average velocity for the whole trip? (show your work) (2) 9. In which interval was the acceleration the greatest? (1) 10. During which time intervals is the truck (4) a) speeding up? b) slowing down? c traveling South d) traveling North 11. What was the average acceleration between 5-15 s Draw the secant on your graph and show your work (2) 12. What is the instantaneous acceleration at 10 s. Draw the tangent on the graph and show your work (2)13. For the provided v-t graph, draw the corresponding d-t and a-t graphs. (6] displacement () 10 17 12 13 velocity (mis) 1 12 acceleration (miss) time (s 10 11 12 13 14 16 14. For the provided v-t graph, draw the corresponding d-t and a-t graphs. (6] displacement (m) time (s) 11 12 13 14 19 velocity (mis) acceleration (misis) time (s) 10 1715. Draw the position vs time, velocity vs time and acceleration vs time graphs for each. Some graphs will have an approximate curve due to acceleration. This curve does not have to be exact [3 marks each) A person is standing 3 m behind the origin and walks forward at a constant velocity of 1 m/s. Position-Time Velocity-Time Acceleration-Time Graph Graph Graph ANHOWNW acceleration (m/s*2 [forward]] velocity (m/s [forward ]) position (m [forward]) 0 1 2 3 0 1 3 0 1 2 3 time (seconds) time (seconds) time (seconds) A person is standing 6 m in front of the origin and begins jogging towards the origin at a constant velocity of 2 m/'s. Position-Time Velocity-Time Acceleration-Time Graph Graph Graph vard]l SUNHOHNWA acceleration (m/s*2 [forward]!) position (m [forward] 5 1 2 3 1 2 4 time [seconds] time (seconds) time (seconds) A person starts 10 m in front of the origin and accelerates forwards [from rest) at 2 mys'. Position-Time Velocity-Time Acceleration-Time Graph Graph Graph 20 acceleration (m/s*2 [forward]] velocity (m/'s [forward]) position (m [forward -10 -15 -20 2 3 5 0 1 2 3 4 5 1 1 3 time (seconds] time (seconds) time (seconds] A person starts at the origin and is moving forward with a starting velocity of 6 m/'s. From here, they accelerate backward at 2 m/'s'. Position-Time Velocity-Time Acceleration-Time Graph Graph Graph acceleration (m/3*2 [forward]) velocity (m/'s [forward D position (m [Forward] 1 2 2 2 time (seconds) time (seconds) time [seconds]