Measuring the Coefficient of Static Friction
Write Lab Report on Part III of this experiment (Measuring the Coefficient of Static Friction)..
Write an introduction of at least one page in length. The introduction should showcase your understanding of forces and motion on an inclined plane. Feel free to use examples from your work in activities I through II to illustrate the concepts you describe in this section. Be sure to cite your source(s) in APA format.
Write a methods section describing in your own words the experimental procedure used to complete activity III. Do not copy and paste, or simply repeat the directions given in the course materials.
Write a results section. This section should begin with a paragraph containing the hypotheses you were directed to form and test during activity III. This section should also contain any data collected, sample calculations, analysis, and plots of the data or results.
Write your discussion section specifically addressing how your results did or did not support hypothesis used in activity III.
Write your conclusion. This section should be brief, at most one or two paragraphs, and connect the discussion with the information contained in the introduction.
Write the abstract. While this is the first section of your lab report it should be written last. This section should be written in the past tense, in the third person and should be a summary of the entire laboratory report.

Reference:
Rex, Andrew and Wolfson, Rich (2010). Essential College Physics Vol I and II (1st Edition) New York. Addison Wesley.

Lab report template required and provided along with detailed information regarding lab experiment, grading rubric, emphases requirements, and other requirements for report.:

*Emphasis in Lab Report on Conclusion and Abstract.

What is the relationship between the various variables , , T, f, (vt), (ac) used to describe rotational motion?

Play with the simulation for a bit to make sure you understand what happens where the bug loses grip. Form a hypothesis concerning the nominal value of s as a function of radial position. In forming your hypothesis, make explicit reference to your earlier observations.

Measure the maximum rotational speed that the bug can be spun at for 5 different radii.

Show mathematically that either your data supports your hypothesis or does not support your hypothesis.