Slope not dope!
What lies beneath?
You've Changed...
Graph-fiti
What's your problem?
100
What is the formula used to calculate the slope of a line?
100
When a velocity in meters/ second (m/s) is multiplied by a time in second (s) what variable & units will the answer be?
The answer will be the "change in position" or displacement and the units will be meters (m).
100
In your own words describe the relationship between "velocity" and "acceleration"
Velocity is change in position divided by time (plus direction)
Acceleration is change in velocity divided by time (also plus direction)
100
Describe in words the motion of the object in the following graph:
The object starts at rest and accelerates to a velocity of 40 m/s in 20 seconds, travels at a constant velocity for almost 30 seconds, and accelerates to a velocity of 80 m/s in 10 seconds.
100
Shawn is riding his bike down a straight road at 3 m/s when he accelerates at a constant rate for 10 seconds until he reaches a velocity of 6 m/s. What is his acceleration? Show all of your work for full credit.
200
Q1) What does the slope of a position vs time graph tell you?
Q2) What does the slope of a velocity vs time graph tell you?
A1) The velocity (distance/time) of the object
A2) The acceleration (velocity/time) of the object
200
Find the displacement of the object between 6 seconds and 12 seconds.
200
For the following graph, where is velocity changing and where is velocity constant?
Velocity is constant during B and is changing during A and C.
200
Describe in words the motion of the car represented by the following graph: 
Car begins with a velocity of -20m/s, and slows to a stop and stays at rest for 0.5 sec before accelerating to 40 m/s, it then travels at a constant velocity of 40 m/s for 1 sec, before accelerating to a stop.
200
What is Joe's final position if he starts from rest and accelerates at a rate of 2m/s^2 for 5 seconds?
300
For the following graph, what is the car's acceleration between 0 and 6 seconds?
300
Find the displacement of the object between 0 seconds and 6 seconds.
300
At position A the acceleration of the object moving according to this graph is: zero, positive, or negative?
At position A the acceleration is positive.
300
Describe in words the motion of the object in the following graph: 
The object starts at rest and positively accelerates to a velocity of 4m/s. The object then reverses direction and negatively accelerates to a stop (briefly) and continues with to a velocity of -4m/s. The object then changes direction again and accelerates toa stop.
300
An object is dropped from rest and falls towards the Earth for 3s and hits the ground. From what height was the object dropped?
400
Using the following graph, determine the car's acceleration between 12 seconds and 21 seconds.
400
Determine the displacement of the object between 12 seconds and 21 seconds.
400
At which position(s) is the acceleration of the object moving according to this graph positive?
The acceleration is positive at positions: A & F
400
Create 3 graphs: 1) position vs time 2) velocity vs time 3) acceleration vs time, for an object that starts at rest at 0m and travels at a constant positive velocity to a position of 25m.
400
What is the final velocity of an object that starts at rest and falls for 6s and lands on Earth?
500
For the following graph, what is the car's acceleration between 21 seconds and 30 seconds?
500
For the following graph, calculate the area to determine the displacement between 21 seconds and 30 seconds.
500
At which position(s) is the acceleration of the object moving according to this graph negative?
The acceleration is negative at positions: C & D
500
Create 3 graphs: 1) position vs time 2) velocity vs time 3) acceleration vs time, for an object that starts at rest at -10m and travels at a constant positive velocity to a position of 5m, stays at rest for 5 sec and returns to a position of -10m at twice its original velocity.
500
From what height is the object in the 400 question from this category dropped?
