Prerequisites for real analysis?

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Discussion Overview

The discussion centers on the prerequisites for taking courses in real analysis and abstract algebra, particularly in the context of a participant returning to school after a break. The conversation explores the necessary background knowledge and courses that may facilitate success in these subjects.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant outlines their current academic status and plans to take a proficiency test to place out of differential equations and to retake linear algebra for a thorough review.
  • Another participant describes their school's structure, indicating that an "Intro to Analysis" class requires an "Intro to Proofs" class as a prerequisite, followed by "Mathematical Analysis 1" which uses Rudin's text.
  • It is suggested that comfort with writing proofs is essential for success in analysis courses, and checking the course textbook may help gauge preparedness.
  • A participant inquires whether linear algebra is a prerequisite for abstract algebra or if it can be taken concurrently with an upper-level linear algebra course.
  • Another participant explains that the Artin book for abstract algebra is self-contained regarding linear algebra, suggesting that prior knowledge is not strictly necessary, although it may facilitate a smoother learning experience.

Areas of Agreement / Disagreement

Participants express varying views on the necessity of prior linear algebra knowledge for abstract algebra, with some suggesting it is beneficial while others indicate it is not strictly required. The discussion remains unresolved regarding the best approach to take these courses concurrently.

Contextual Notes

There are limitations regarding the specific prerequisites for the courses mentioned, as well as the varying interpretations of the necessity of prior knowledge in linear algebra for abstract algebra, which depend on individual course structures and teaching approaches.

Tim92G
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I am returning to school, and I want to take a course in real analysis and abstract algebra this fall. I have been out of school for a year due to health reasons. The only math class I have credit for is Calc III, which I took first semester of my freshman year. I was enrolled in linear algebra and diff eq., but I had to withdraw from school early in the spring semester so I never got credit for them. I plan on taking a proficiency test to place out of diff eq., which I already know, and the introductory math proof writing course. I'm probably going to take the Linear Algebra again, because I feel I need a thorough review of it. My school doesn't list any prerequisites for the Analysis or abstract algebra sequence. You can only get into it by filling out a form at the mathematics department and receiving approval from the professor of the course.
 
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This is how it works at my school. There is an "Intro to Analysis" class, which has the prereq of an "Intro to Proofs" class. Then there is "Mathematical Analysis 1", which uses baby Rudin, and the prereq is that "Intro to Analysis" class.

I think that if you are comfortable with writing proofs, for the most part, you will be fine. Maybe find out what book they are planning to use, this might help you see if you're prepared.
 
Thanks, I see that the book they use is Rudin's Principles of Mathematical Analysis. The book used for the abstract algebra course is Michael Artin; Algebra. Is Linear Algebra a prerequisite to Abstract Algebra, or could I take Part 1 of Abstract Algebra concurrently with the upper level Linear Algebra course?
 
Algebra can be taught including an introduction to linear algebra, parallel to linear algebra, or as a follow up to linear algebra. The Artin book uses more linear algebra than some others, but it is self contained (includes the linear algebra you need to know). The preface points out that the book does not require previous linear algebra, but if it is assumed it will be possible to skip or move quickly through the linear algebra to other topics.
 

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