1. Velocity-Time Graphs
Write Cornell notes that make sense for your brain on the back of the VT Worksheet.
Do not copy this ppt word for word! Read, think, record your thoughts.
Keep this in your binder.
Ill stamp these tomorrow to show late or on time.
Enjoy!

2. Create a T Graph comparing PT and VT Graphs
Purpose
What is on the axis
Slope =
+ -
slope =
No slope
Straight line
Curved line
How far something traveled over a period of time
How fast something traveled over a period of time
velocity
acceleration
+ = forward
- = backward
+ = accelerate
- = decelerate
No change in position, no motion
No change in velocity, moving at same speed
Constant velocity
Constant acceleration
Changing acceleration
Increasing acceleration
decreasing acceleration
Changing velocity
acceleration or deceleration

4. Make another T Chart PT VT

5. What do these graphs mean
Draw the VT Graph
PT:
Create your own hints for how to create a VT Graph from this PT Graph

6. What do these graphs mean
PT:
Draw the VT Graph
Create your own hints for how to create a VT Graph from this PT Graph

7. What do these graphs mean
PT:
Draw the VT Graph
Create your own hints for how to create a VT Graph from this PT Graph

8. What do these graphs mean
PT:
Draw the VT Graph
Create your own hints for how to create a VT Graph from this PT Graph

9. What do these graphs mean
PT:
Draw the VT Graph
Create your own hints for how to create a VT Graph from this PT Graph

10. Example A:
The car was travelling forward at a steady speed of 50 km/h. Then it slowed down to 30km/h as it entered a school zone and continued until the end of the observations.

11. Example B e a d b c

12. Example B
The car was travelling forward at a steady speed of 30 km/h. It came to a stop, and stayed stopped for a period before it resumed its motion forward again.

13. Example C e d a b c

14. Example C
The car was at rest, then quickly moved backwards at a speed of 10 km/h. The car then moved forward, speeding up until reaching a constant speed of 40 km/h.

15. Compare Contrast PT and VT Graphs
How to interpret the graphs +m -m
Bellow the origin (- y value)
Flat line
Curved line PT VT
What portions of the graph represent
How represent forward or backward direction
How represent velocity or speed
How represent acceleration or deceleration
How represent constant speed
How represent no motion
How represent displacement
Which prompts describe the same thing?