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Week 4 - 6 �Final Project and Presentation

UCLA Physics Department

1

University of California, Los Angeles

Department of Physics and Astronomy

Physics 4AL

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Learning Outcomes

  • Learn how to design and conduct your own experiment as a group.
    • Collaborate closely (but potentially remotely)
    • Follow curiously, and complete the project in 2-3 weeks.
  • Learn how to apply your working knowledge:
    • Arduino-based data taking
    • Data analysis by Python
    • Related physics topics from Physics 1A/1B/1C
  • Learn how to make oral presentation.
    • Preparation of clean google slides
    • Presentation in front of other students in the lab

UCLA Physics Department

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Possible 4AL Projects

  • Projectile motion based projects
  • Conservation of momentum/energy
  • Biomechanics / Human body motion projects
  • Oscillation based projects
  • Friction
  • Rotation based projects
  • Any other project related to mechanics
  • Reaction Time Study (Only for Virtual Session)

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Weekly Operation

  • All of students are supposed to work together
    • at the assigned section times
    • plus extra convenient times (together or individually)
  • Each team is supposed to distribute tasks so that
    • Some members setup the experiments and collect data
    • Some members analyze the data
    • All members contribute to presentation slides and report
  • But welcome to have well-defined separate tasks per member
    • Hardware specialist
    • Analysis specialist

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Project guidelines

  • Teams can use equipment in the lab for their projects only during the official lab hours/office hours

  • The projects should have a good scope for the work of all group members over the next few weeks. Each group member should plan on working for 3 labs of 2 hours each = 6 hours on the project. The work required for the project should reflect this

  • The projects must be related to mechanics, and they must include:
    • Predictive hypothesis based on physics background
    • Data taking with the Arduino
    • Data analysis and plotting with Python (including curve fitting and error analysis)
    • Using error to properly compare results with hypothesis

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Weekly Schedule

  • Week 4,5
    • Design and setup experiments
    • Preliminary data taking and analysis
    • Final data taking and analysis
    • Write project presentations
  • Week 6
    • Project presentations
    • Project report

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Project Submissions

You will need to submit the following items for your project:

Item

Submission Location

Submission Time

Project proposal

Gradescope

Sun, August 27 at 11:59 pm

Project abstract

Google Drive

End of week 6

Project presentation slides

Google Drive

End of week 6

Finalized project slides

Gradescope

Sun, September 17 at 11:59 pm

Peer Review

Gradescope

Sun, September 17 at 11:59 pm

Project report

Gradescope

Sun, September 17 at 11:59 pm

Project report team participation

Gradescope

Sun, September 17 at 11:59 pm

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Project Presentation (~10 slides)

  1. Title, Authors (with majors)
  2. Introduction: Motivation, Hypothesis
  3. Methods
    1. Experimental setup (with a picture)
    2. Data taking protocols
    3. Data Analysis
  4. Discussion and Conclusions
    • Evaluation of significance
    • Conclusions
    • Future prospects
  5. Acknowledgements
  6. References

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Final assignments

There are 4 final assignments to be submitted at the end of Week 6:

  • Project presentation PDF - Convert your presentation slides to a PDF and upload to Gradescope (only one member per team)
  • Presentation evaluation - Use this template to provide your thoughts on the presentations of other teams (submitted by each student)
  • Final report - Write a final report on your project (only one member per team)
  • Final report team participation - Talk about the performance and contributions of your teammates (submitted by each student)