Graphs that result after the tickertape timer - cart - inclined plane experiment

In summary, the conversation discusses the creation of displacement-time, velocity-time, and acceleration-time graphs for a wheeled cart rolling down an inclined plane. It is mentioned that the displacement-time graph is already finished, but the correctness of the other two graphs is questioned. The expected shape for the velocity-time and acceleration-time graphs is described as a straight diagonal line and a straight horizontal line, respectively. The potential for experimental error is mentioned, and the method for finding speed values for the graphs is also discussed.
  • #1
xoposo
2
0

Homework Statement


Plot a displacement-time, velocity-time, and acceleration-time graph for a wheeled cart that rolls down an inclined plane.

Already finished the displacement-time graph, but am questioning the correctness of the v-t and a-t graphs. What should they look like? (Like d-t graph is an under curve)

Thanks
 
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  • #2
Welcome to PF!

Hi xoposo! Welcome to PF! :wink:
xoposo said:
… for a wheeled cart that rolls down an inclined plane.

Already finished the displacement-time graph, but am questioning the correctness of the v-t and a-t graphs. What should they look like? (Like d-t graph is an under curve)

They're very simple!

But you go first … tell us what you think, and then we'll comment. :smile:
 
  • #3
Uhm. I think the v-t graph would be a straight diagonal line while the a-t graph is a straight horizontal line.
The v-t graph was a bit off though, since the tangents were hard to do on a small graph. I'm kinda worried that the final result'll be wrong.
Thanks ;D
 
  • #4
Correct!
You must expect experimental error and it can be quite large on the time and acceleration graphs.

Are you measuring the slope of tangent lines on the distance graph to get the speeds? Usually the measurements of the dots on the tickertape are used to find the speed values for the graph. The distance between dots is divided by the time between dots.
 

1. What is the purpose of the tickertape timer - cart - inclined plane experiment?

The purpose of this experiment is to study the motion of an object on an inclined plane and to analyze the resulting data in the form of a graph.

2. How is the tickertape timer used in this experiment?

The tickertape timer is used to record the position of the object at regular time intervals as it moves down the inclined plane. The timer creates a series of dots on a strip of paper, which can then be used to analyze the motion of the object.

3. What can the resulting graph from this experiment tell us?

The resulting graph can tell us the velocity, acceleration, and displacement of the object as it moves down the inclined plane. It can also help us understand the relationship between these variables.

4. How do different angles of the inclined plane affect the resulting graph?

Different angles of the inclined plane will result in different slopes on the graph, which represent the object's acceleration. Higher angles will result in steeper slopes, indicating a greater acceleration.

5. What are some possible sources of error in this experiment?

Possible sources of error in this experiment include friction between the cart and the inclined plane, errors in measuring the angle of the incline, and human error in recording the data from the tickertape timer.

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