1. 9/12 Opener Convert the following speeds and show your math!
A commercial airline flies on average 900 km/hr what is it’s speed in m/s? (1 kilometer = 1000 meters)
The average speed of a person walking is 3 mi/hr what is this in m/s? (1 mile = 1610 meters)
A bike traveling 15 km/hr travels at how many miles per an hour? (1 mile = 1610 meters)

2. 9/14 Opener Ex: 3𝑚−0𝑚 1𝑠−0𝑠 = 3m/s Time (s) Distance (m)
Velocity (m/s) x 1 3 2 6 12 4 16 5 18 24
Calculate velocity in the table above remember v=∆d/∆t
Ex: 3𝑚−0𝑚 1𝑠−0𝑠 = 3m/s

3. MORE 1D Kinematics

4. Motion Diagrams Ticker Tape Diagrams Vector Diagrams
Distance between dots-objects change in position
Fast moving objects-farther apart
Slow moving objects-dots are closer together
Vector Diagrams
Represent the direction and magnitude of a vector with an arrow
Arrow size represents the magnitude
Ticker Tape:
Where is the athlete fastest? Slowest?
What would a ticker tape of this look like?
Page 34 QUIZ
Vector Diagram
Which shows constant speed?
Acceleration?

5. Position-Time Graphs X=time Y=Position
Slope (or shape) of the position-time graph can clue you into the velocity and acceleration of an object.
What is happening to the velocity in each graph?
If we were to draw ticker tape diagrams what would it look like?
PAGE 43 & 47 QUIZ

6. Velocity-Time Graphs Shape determines the motion of the object
Slope determines the acceleration
As lines approach the x-axis they slow down
As lines move away from the x-axis they speed up
What is the slope of the graph on the left? What does this mean about acceleration?
An object with constant velocity is not accelerating
What is the slope of the graph on the right? What does this mean about acceleration?
It is accelerating in the positive direction
QUIZ Page 55

7. Linear Slope= ΔY/ΔX = rise/run= m/s = Velocity!
Calculus 
Mathematically a velocity time graph is the derivative of a position time graph.
The slope (either a numerical value or equation) of the p-t graph is the equation used to make our v-t graph.
What we can do algebraically is to calculate the slope of a p- t line in order to determine velocity.
Linear Slope= ΔY/ΔX = rise/run= m/s = Velocity!
In contrast the integral (antiderivative) of a v-t graph will give us the equation for our p-t graph.
We can instead find the area under a v-t graph to determine an objects displacement.

8. MOAR CALCULUS
Change in object motion can be defined at even higher levels.
We know that acceleration is a change in velocity over time.
Did you know that jerk is the change in acceleration.
Or that jounce is a change in jerk
Or crackle a change in jounce…
And finally pop a change in crackle?
SNAP!
Each is a derivative of the prior.

9. Motion w/ Constant Acceleration

10. Free Fall: Acceleration w/ Gravity