1. Interpreting Distance vs. Time Versus Velocity vs. Time GRAPHS

2. Interpreting the different graphs
Interpreting the different graphs. What information can you get from each? V E L O C I T Y
(m/s) D I S T A N C E
(m)
T I M E (s)
T I M E (s)
Leg
Motion of DT Graph
Motion of VT Graph 1 2 3 4

3. Interpreting the different graphs
Interpreting the different graphs. What information can you get from each? V E L O C I T Y
(m/s) D I S T A N C E
(m)
T I M E (s)
T I M E (s)
Leg
Motion of DT Graph
Motion of VT Graph 1
Constant speed Away from Start
Positive Acceleration; Speeding up 2
Not Moving; At Rest; Stationary
Constant Speed/Velocity 3
Constant Speed toward Start
Negative Acceleration; Deceleration; Slowing Down 4
Constant Speed Away from Start
Positive Acceleration; Speeding Up

4. D I S T A N C E
(m) V E L O C I T Y
(m/s)
T I M E (s)
T I M E (s)
Leg
Motion of DT Graph
Motion of VT Graph 1 2 3 4

5. D I S T A N C E
(m) V E L O C I T Y
(m/s)
T I M E (s)
T I M E (s)
Leg
Motion of DT Graph
Motion of VT Graph 1
Constant speed Toward Start
Negative Acceleration; Deceleration; Slowing Down 2
Constant Speed; Away from Start
Positive Acceleration; Speeding Up 3
Not Moving; At Rest; Stationary
Constant Velocity/Speed 4
Constant Speed Back toward start

6. V E L O C I T Y
(m/s) D I S T A N C E
(m)
T I M E (s)
T I M E (s)
Leg
Motion of DT Graph
Motion of VT Graph 1 2 3

7. Leg Motion of DT Graph Motion of VT GraphC I T Y
(m/s) D I S T A N C E
(m)
T I M E (s)
T I M E (s)
Leg
Motion of DT Graph
Motion of VT Graph 1
Constant Speed Away from Start
Positive Acceleration; Speeding Up 2
Not Moving; At Rest; Stationary
Constant speed/Velocity 3
Constant Speed Toward Start
Negative Acceleration; Deceleration; Slowing Down