Lab reference material for physics undergrads?

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A discussion on writing up experiments in undergraduate lab work emphasizes the importance of error analysis. Gaussian error propagation is commonly used and is often supported by lab manuals. A key principle highlighted is that any measurement comes with inherent uncertainty, which should be accounted for in analyses. Taylor's "An Introduction to Error Analysis" is recommended as a foundational text for understanding these concepts. Additionally, a resource from a physics textbook publisher provides guidance on calculating percent difference and percent error, which can aid in error analysis for lab reports.
Stickybees
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Hey, I'm wondering if there is a small reference book/sheet or so around for writing up experiments in undergraduate lab work, mostly in the error analysis? How did/do you go about deciding on how to calculate various errors?

Thanks!
 
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How did/do you go about deciding on how to calculate various errors?
Gaussian error propagation was fine for all my undergrad lab courses, and if it would have been wrong somewhere, I am sure the manual would explain how to calculate errors in this case.

Rule of thumb: If you measure something, there is an uncertainty involved. Check whether this can be neglected, otherwise propagate its error through your analysis.
 
I've always used Taylor's 'An Introduction to Error Analysis'. It was a required text for my first year physics lab.
 
Stickybees said:
How did/do you go about deciding on how to calculate various errors?

This site produced by a physics textbook publisher explains how to
calculate and use percent difference, percent error, etc.

http://www.polyhedronlearning.com/cengage/lab_info_frame.html
 
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