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WorksheetsConstant Acceleration - Physics
Total questions: 36
Worksheet time: 3hrs 0mins
The position vs time graph below represents an object that is ______________________________.
slowing down
at rest
accelerating in the positive direction
accelerating in the negative direction
The velocity vs time graph represents an object that has
positive acceleration
no motion - at rest
a negative acceleration
a constant velocity
Which graph represents the greatest acceleration?
A
B
C
D
Describe the motion
Speeding up in the Negative direction
Slowing down in the Negative direction
Slowing down in the Positive direction
Speeding up in the Positive direction
A box starting from rest is sliding down an inclined plane and reaches a velocity of 27 m/s in 3 seconds. Find the acceleration - Sketch the velocity vs time graph and solve.
30 m/s/s
24 m/s/s
9 m/s/s
81 m/s
A car starts from rest at a stop light and reaches 20 m/s in 3.5 s. Determine the acceleration of the car. Sketch the velocity vs time graph and solve.
2.2m/s2
7.0m/s2
5.7m/s2
70m/s2
The red line shows...
A stationary object.
An object with constant velocity.
What does the area underneath this graph represent?
displacement
velocity
position
acceleration
This chart represents the velocity of a motorcycle over time. Select the correct statement regarding the motorcycle's movement.
The motorcycle is speeding up.
The motorcycle has 0 acceleration.
The motorcycle is slowing down.
The motorcycle has constant acceleration.
This chart represents the velocity of a bicycle over time. Select the correct statement regarding the bicycle's movement.
The bicycle has constant velocity.
The bicycle has constant speed.
The bicycle is accelerating.
The bicycle has 0 acceleration.
The slope of this position vs time graph is...
Constant
Increasing
Decreasing
0
This is a velocity-time graph. What is the object doing in segment B?
Positive acceleration
Negative acceleration
Constant Velocity
Not moving
Which description correctly identifies the cars motion shown in the motion map?
at rest
positive velocity and acceleration
negative velocity and acceleration
positive velocity and negative acceleration
Which description correctly identifies the car's motion in the motion map?
negative velocity and positive acceleration
negative velocity and negative acceleration
negative velocity and no acceleration
positive velocity and positive acceleration
pole 1 and pole 2.
pole 2 and pole 3.
pole 3 and pole 4.
pole 4 and pole 5.
Which section of the graph shows a negative acceleration?
AB
BC
EF
FG
Three graphs are shown, which graph shows the object is slowing down?
1st and 2nd graph
1st and 3rd graph
2nd and 3rd graph
All three graphs
This is a velocity-time graph. What is the object doing in segment C?
Positive acceleration and slowing down
Negative acceleration and slowing down
Negative acceleration and speeding up
Positive acceleration and speeding up
Which section of the graph shows a constant velocity?
AB
DE
BC
FG
GH
Which description is correct for the motion map shown?
Object moves with a positive acceleration, then at rest and then a negative acceleration
Object moves with no accelertion
Object moves with a negative acceleration at first then stops and continues to move with a negative acceleration.
Object moves with a positive acceleration at first, then stops and continues to move with a positive acceleration.
Which graph(s) matches the motion map given?
Position vs time graph
Velocity vs time graph
Acceleration vs time graph
All the graphs match the motion
Identify the displacement of the object after 10seconds
64m
8m
72m
16m
This object has
positive velocity and negative acceleration
negative velocity and negative acceleration
positive velocity and zero acceleration
negative velocity and zero acceleration
negative velocity and positive acceleration
You're reaching an intersection with a red light, so you start slowing down to stop. What direction are velocity and acceleration?
v = +
a = +
v = +
a = -
v = -
a = +
v = -
a = 0
Which object is slowing down?
X
Y
Z
Which object's velocity is in opposition to its acceleration?
X
Y
Z
