WorksheetsVelocity-Time Graphs
Total questions: 15
Worksheet time: 8mins
To determine how fast an object is moving on a Velocity-time graph I should...
Look at the vertical axis for that time
Determine the area between the graph & the x axis up to that time
See whether the graph is above or below the x axis at that time
Solve for the slope of the graph at that time
To determine which way an object is moving on a Velocity-time graph I should...
Look at the vertical axis for that time
Determine the area between the graph & the x axis up to that time
See whether the graph is above or below the x axis at that time
Solve for the slope of the graph at that time
To determine an object's acceleration using a Velocity-time graph I should...
Look at the vertical axis for that time
Determine the area between the graph & the x axis up to that time
See whether the graph is above or below the x axis at that time
Solve for the slope of the graph at that time
To determine how far an object travels using a Velocity-time graph I should...
Look at the vertical axis for that time
Determine the area between the graph & the x axis up to that time
See whether the graph is above or below the x axis at that time
Solve for the slope of the graph at that time
Describe the motion of an object given by the velocity vs time graph.
It is speeding up, forward
it is not moving.
It has a constant speed, backward.
It is slowing down, forward.
Describe the motion of an object given by the velocity vs time graph.
It is speeding up, forward.
it is not moving.
It has a constant speed.
It is slowing down, backward.
Describe the motion of an object given by the velocity vs time graph.
It is speeding up, forward.
it is not moving.
It has a constant speed.
It is slowing down, backward.
Describe the motion of an object given by the velocity vs time graph.
It is speeding up, backward.
it is not moving.
It has a constant speed.
It is slowing down, forward.
Describe the acceleration of an object given by the velocity-time graph.
acceleration is zero
acceleration is positive
acceleration is negative
Describe the acceleration of an object given by the velocity-time graph.
acceleration is zero
acceleration is positive
acceleration is negative
What scenario could be modeled by this velocity-time graph?
ball thrown into air
ball bouncing off the ground
ball dropped from a building
ball motionless on the ground
In the velocity-time graph shown, at which time was the object traveling the fastest?
10 s
20 s
30 s
40 s
In the velocity-time graph shown, how far did the object travel in the first 10 seconds?
30 m
60 m
300 m
600 m
For the velocity-time graph shown, which best describe the motion for 10-15 s?
not moving, not accelerating
moving forward, not accelerating
moving backward, not accelerating
moving forward, accelerating forward
For the velocity-time graph shown, which interval had the greatest acceleration?
0-10s
10-15s
15-40s
40-55s
