
Which runner traveled a greater distance?
Which runner had a greater change in position, start to finish?


How is the slope of the position-time graph related to the velocity of the runner?
How does a velocity-time graph show that a runner is moving fast?

Sketch your predicted graph below.
Sketch the actual graph (from the Gizmo) below.



Describe the acceleration.
Describe each of the runners' motions.
When this runner is running to the left (negative velocity), what does his position-time graph look like?
How does a velocity-time graph show that a runner is moving from left to right?
Sketch your predicted graph below.
Sketch the actual graph (from the Gizmo) below.
How many meters will the runner run in the first two seconds? Answer with just a number.
What is the velocity in the first two seconds? Answer with just a number.
Answer with one word.
Answer with one word.
Answer with just a number.
Answer with just a number.
Answer with one word.
Answer with one word.
Were you correct?
Who do you think is right?
Explain here.
What is the total distance traveled? Answer with just a number.
What is the displacement? Answer with just a number.
Travels a total distance of 60 meters in 4 seconds. Has a displacement of +10 meters. Has three points on line. Starts from 0 meters.
What was the speed of the runner for the first two seconds? Answer with just a number.
What was the speed of the runner for the last two seconds? Answer with just a number.
What was the average speed over all 4 seconds? Answer with just a number.
What was the velocity for the first two seconds? Remember velocity includes direction.
What was the velocity for the last two seconds? Remember velocity includes direction.
What was the average velocity over all 4 seconds? Remember velocity includes direction.
How would you calculate the runner's average speed given the information?
How would you calculate the runner's average velocity given the information?
Distance traveled. Just answer with a number.
Displacement. Just answer with a number.
Average Speed. Just answer with a number.
Average velocity. Should include direction but you can skip direction for this question. Just answer with a number.
Describe the acceleration.
Describe the acceleration.