Table of Contents TC Assignments Page # 7. Textbook scavenger hunt 8. Bubble gum lab 9. Averages. Scientific method quiz. Averages handout. Motion Position notes. Speed and Graphing STANDARD.F. Students know how to interpret graphs of (position) versus time and speed versus time for motion in a single direction.
(position) vs Graphs
Constant speed graph this graph should show that the object's speed does not change. Let's graph a bike traveling at a constant speed of meter per second. Constant speed graph a bike traveling at a constant speed of meter per second.
Constant speed graph a bike traveling at a constant speed of meter per second. Constant speed graph a bike traveling at a constant speed of meter per second.
Constant speed graph At second, we should expect the bike to travel meter. Constant speed graph At second, we should expect the bike to travel meter.
Constant speed graph At second, we should expect the bike to travel meter. Constant speed graph At second, we should expect the bike to travel meters. 6
Constant speed graph Since it is going at a constant speed of meter per second this is what the graph will look like after seconds. Constant speed graph is a diagonal line 7
Position vs. distance constant speed distance time Fast Position v. distance time Slow time 8
Stationary speed graph Stationary speed graph a person is tired of running and is taking a break. The runner is not moving. Let's graph the runner's speed at 0 meters per second. 9
Stationary speed graph the runner's speed at 0 meters per second. Stationary speed graph the runner's speed at 0 meters per second.
Stationary speed graph the runner's speed at 0 meters per second. Stationary speed graph At second, we should expect the runner to travel 0 meter. the runner's speed at 0 meters per second.
Stationary speed graph At second, we should expect the runner to travel 0 meter. the runner's speed at 0 meters per second. Stationary speed graph At second, we should expect the runner to travel 0 meter. the runner's speed at 0 meters per second.
Stationary speed graph A horizontal line the runner's speed at 0 meters per second. distance stationary time Position vs.
Acceleration Graph Acceleration Graph Acceleration is speeding up A car hits it's turbo and speeds up in a race at an extra meters per second
Acceleration Graph A car hits it's turbo and speeds up in a race an extra meters per second Acceleration Graph A car hits it's turbo and speeds up in a race an extra meters per second
Acceleration Graph A car hits it's turbo and speeds up in a race an extra meters per second Acceleration Graph from 0 to second it traveled a total of meters A car hits it's turbo and speeds up in a race an extra meters per second 6
Acceleration Graph from to seconds, the car increases it speed to meters per second and travels a total of meters A car hits it's turbo and speeds up in a race an extra meters per second Acceleration Graph between and seconds, the car increases it speed to meters per second and traveled a total of 0 meters. A car hits it's turbo and speeds up in a race an extra meters per second 7
Acceleration Graph At second, the car should increases it's speed to meters per second and traveled a total of 0 meters A car hits it's turbo and speeds up in a race an extra meters per second Acceleration Graph A half U shape A car hits it's turbo and speeds up in a race an extra meters per second 8
Position vs. distance speeding up time Deceleration Graph Slowing down 9
Deceleration Graph Slowing down Deceleration Graph
Deceleration Graph A half C Shape Position v. distance slowing down time
SPEED vs TIME Graphs Speeding up Graph Speed
Speed Speeding up Graph Line goes up Slowing down Graph Speed
Speed Slowing down Graph Line goes down Speed vs. speed speeding up time speed slowing down time
Constant speed Graph Speed Speed Constant speed Graph Any flat line above 0
Stationary speed Graph Speed Speed Stationary speed Graph Flat line at 0 6
Speed vs. speed constant speed time speed stationary time 7
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