Distance against time graphs distance No movement time

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Distance against time graphs distance No movement? time

Distance against time graphs distance No movement? time

Constant speed? distance The gradient of a distance vs time graph gives the speed

Constant speed? distance The gradient of a distance vs time graph gives the speed time

Constant speed distance How would the graph look different for a faster constant speed?

Constant speed distance How would the graph look different for a faster constant speed? time

Constant speed faster distance slower time

Constant speed faster distance slower time

Acceleration = change in speed (in m/s) (in m/s 2) time taken (in s)

Acceleration = change in speed (in m/s) (in m/s 2) time taken (in s)

Getting faster? (accelerating) distance time

Getting faster? (accelerating) distance time

A car accelerating from stationary start and then hitting a wall… distance time

A car accelerating from stationary start and then hitting a wall… distance time

Speed against time graphs speed No movement? time

Speed against time graphs speed No movement? time

Constant speed? speed time

Constant speed? speed time

Faster Constant speed fast time

Faster Constant speed fast time

Getting faster? (accelerating) speed Constant acceleration The gradient of a speed vs time graph

Getting faster? (accelerating) speed Constant acceleration The gradient of a speed vs time graph gives the acceleration time

Getting faster? (accelerating) speed The area under the graph gives the distance travelled time

Getting faster? (accelerating) speed The area under the graph gives the distance travelled time

A stone dropped from a tall cliff (no air resistance) speed Area = height

A stone dropped from a tall cliff (no air resistance) speed Area = height of building time

Be careful! speed distance time

Be careful! speed distance time

No movement speed distance time

No movement speed distance time

Constant speed distance time Area = distance travelled time

Constant speed distance time Area = distance travelled time

Constant acceleration speed distance time Area = distance travelled time

Constant acceleration speed distance time Area = distance travelled time

Non Constant acceleration speed distance time Area = distance travelled time

Non Constant acceleration speed distance time Area = distance travelled time

Distance-time graph

Distance-time graph

Speed-time graph

Speed-time graph