Is my physics course following acceptable standards?

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The discussion centers on the absence of Gaussian error propagation in a first-year physics course using Halliday and Resnick's textbook. Participants express that this method may not be essential, as different universities teach uncertainties in various ways. It is suggested that students can self-learn additional error propagation techniques if needed. The consensus emphasizes focusing on understanding physics rather than stressing over specific methods not covered in the course. Overall, the course appears to be acceptable despite the omission of Gaussian error propagation.
madah12
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Hi I am enrolled in first year physics we use Halliday and Resnick Fundamentals of physics and in uncertainty we haven't learned something called Gaussian error propagation. for errors in measures which people I know from other universities did. Is that ok or does my course have problems covering something important?
 
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I wouldn't worry about it.
 
So is this Gaussian error propagation something optional because they do the uncertainties in different ways which I didn't understand.
 
madah12 said:
So is this Gaussian error propagation something optional because they do the uncertainties in different ways which I didn't understand.
I wouldn't worry about it. You can always teach yourself various error propagation methods, as needed. Concentrate on learning the physics.
 
Agree with Doc Al.
 
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