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-What does a good diagram look like?

-What elements are included?

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-What elements of the measurements, calculations and derivations should be included?

-How much detail should be provided?

-Should tables/graphs be provided? If so, for which part(s)?

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-How do we determine a satisfactory derivation of the work?
-How do we weigh the accuracy of prediction?

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-How will you show what you've learned from the project about motion and its applications to driver-less cars?

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-What does an excellent project report look like?

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labels

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Lines are straight and drawn with a ruler, or on a computer or something

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arrows

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Legend (for direction or symbols)

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position time graphs

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Take three or more tests in order to find a accurate average

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Measure where you want the buggy to meet up with the pullback

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Measure where you want the buggy to meet up with the pullback

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(position on the car in cm)

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What factors affected the cars in the experiment and how can they affect real life cars? (I.e. turning, uneven surface, etc)

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What was kept constant and what was variable? Could a successful attempt have been a fluke?

To add: Does the math used to calculate an answer work for all distances?

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Explaining what went wrong or what went right

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Explaining what went wrong or what went right

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Detailed but to the point

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legend thats makes the representation easy to follow

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Structure/intended viewing order of project elements makes sense and everything is in appropriate locations

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all calculations relevant to the end result

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all calculations relevant to the end result

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Organized

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how are the considerations made during the project different/similar to those made when designing autonomous vehicles?

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Real examples and data

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different methods of presentation such as video or slideshow

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different methods of presentation such as video or slideshow

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Take a couple of tests to ensure that the data is accurate

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direction

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Clear drawings of each of the cars and location

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Clear drawings of each of the cars and location

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Include a diagram

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Apply the results of the test to real life examples

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Tables and graphs created to organize information which is then applied

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reflect on the project and try to figure out what went right and what went wrong

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reflect on the project and try to figure out what went right and what went wrong

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analysis of what happened, what went wrong/right, what factors influenced the end results, how can it be improved

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What challenges were faced during the project and are they similar to challenges faced in the real world?

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Have clear subsections or titles for different elements of the project, such as procedure, factors that were considered, different attempts at the project, end result, etc.

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Can accurately predict when to release the pull-back car to catch the buggy, no matter the head-start

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clear, concise, etc.

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explain factors that may or may not have affected the outcome

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Include coordinaes and calculations that are needed right on the graph.

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Significant digits, proper units, proper rounding

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Predictions and outcomes

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Linearity of Thought Process in the Analysis

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Linearity of Thought Process in the Analysis

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Clear and console conclusion

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No bias. What happened and why, regardless of result

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Velocity time graphs are used to track the instantaneous velocity and the average velocity of the buggy and the pull back car.