Speed/Velocity
Acceleration
Ticker Tape and Timer
Speed time graphs
Distance time graphs
100

Speed is

What is distance moved/time

100

Acceleration is

What is change in velocity/time

100

The timer prints ________ ticks on paper per second

50

100

The area under a velocity–time graph measures ___

                                                       


    

The distance travelled.

100

                                                                                        

The gradient of a distance–time graph represents ____

                                                       


    

The velocity of the body.

200

Velocity is

What is displacement/time

200

Formula for acceleration is _____

a=(v-u)/t

200

The timer prints 10 ticks in _____ seconds

0.2 s

200

Draw a velocity-time graph representing uniform velocity

hmm !

200

Draw a distance-time graph representing uniform velocity

ahan !

300

Unit of Velocity

m/s

300

Distance-time graph representing representing retardation.

nice !

300

The timer prints 1 tick in ____

0.02 s

300

Draw a velocity-time graph representing uniform acceleration.

yeah !

300

Draw a distance-time graph representing non uniform velocity.

Yo!

400

velocity-time graph representing constant deceleration

cool !

400

Acceleration for falling bodies is ____ and acceleration for rising bodies is _____

+9.81 m/s2

-9.81 m/s2

400

Ticker Tape chart representing constant speed

Hint: draw a distance-time graph

400

Draw a velocity-time graph representing non-uniform acceleration.

yuhu !

400

Draw a distance-time graph for a body falling freely from rest.

Over the moon !

500

Distance-time graph representing representing acceleration

gladsome !

500

The slope of a velocity–time graph represents ____

acceleration of the body

500

Ticker Tape chart representing constant acceleration

Hint: draw a distance time graph.

500

Slope of a graph is also called the ________

The formula for slope of a graph is _____                                                                   


                                                       


    

gradient

Slope = (y2-y1)/(x2-x1)

500

The formula for distance covered by an object falling freely from rest

s=1/2 g t2

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