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WorksheetsMovement & Position
Total questions: 16
Worksheet time: 8mins
Which one of these below is the correct formula to find speed?
speed = distance / time
speed = time / distance
speed = (v - u) / 2
Which one of these two below is the correct formula to find acceleration?
a = t / (v - u)
a = (v - u) / t
a = change in velocity / time taken
a = time taken / change in velocity
What is the correct relationship between final speed, initial speed, acceleration and distance?
v2 = u + ( 2 x a x s )
v = u + 2as
v2 = u2 + ( 2 x a x s )
Which one of these below is the right diagram for 'object is accelerating' in distance-time graphs ?
Which one of these below is the right diagram for 'Object is decelerating' in distance-time graph?
Describe what is happening in this d-t graph
The object is moving at a constant speed
The object is accelerating
The object is stationary
The object is returning to its starting point
Which one of these formula below is the correct one to find time?
distance x speed
distance / speed
speed / distance
'Speed is the distance moved by an object in a given scalar quantity; it only has magnitude.'
False, speed is a vector quantity
False
True
Which one of the statement below is true about velocity?
It only has magnitude
It only has direction
It is the distance moved by an object
It is a vector quantity
What is happening in this d-t graph?
Object is stationary
Object is decelerating
Object is moving at a constant speed
Object is moving backwards
What is happening in this v-t graph?
Object is accelerating
Object is at constant speed
Object is decelerating
Object is stationary
The steepness the line on a distance-time graph indicates the speed of the object
False
I have no idea
True
a steep line on a graph means...
object is going at a low speed
object is going up a mountain
object is swimming in a lake
object is going at a high speed
The x-axis of a distance-time graph is equal to the distance travelled
False
True
The slope/gradient of a velocity-time graph is equal to the acceleration
False
True
What is the correct formula of the area of a trapezium?
1/2 x b/h
1/2 x (a + b) x h
(a + b)/2 x h
1/2 x b x h
