A Well Written Multivariable Calculus Textbook?

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SUMMARY

This discussion focuses on recommendations for multivariable calculus textbooks, highlighting the limitations of Stewart's multivariable calculus book. Participants suggest alternatives such as "Div, Grad, Curl and All That" for intuitive understanding and "Vector Calculus" by Matthews for concise explanations. The conversation emphasizes the importance of selecting a textbook that aligns with the learner's goals, particularly for self-study and comprehension of parametric equations and vector field integral theorems.

PREREQUISITES
  • Familiarity with single-variable calculus concepts
  • Understanding of parametric equations
  • Basic knowledge of vector calculus
  • Experience with self-study techniques
NEXT STEPS
  • Research "Div, Grad, Curl and All That" for intuitive explanations in multivariable calculus
  • Explore "Vector Calculus" by Matthews for concise and precise content
  • Investigate older editions of Thomas' Calculus with Analytic Geometry for foundational understanding
  • Look into Simmons' Calculus for better explanations and intuitive learning
USEFUL FOR

Students and self-learners in multivariable calculus, educators seeking effective teaching resources, and anyone looking to deepen their understanding of vector calculus concepts.

Henry T
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I'm looking for a well written textbook for multivariable calculus textbook. For single variable I worked with Stewart's calculus mostly and I found it very good. However I took a glance at Stewart's multivariable calculus textbook and I didn't enjoy it. The explanations weren't all that good (I actually skipped the explanations all together and read Paul's online notes instead) and I found the problem selection quite poor, the problems tended to focus more on finding more complex derivatives or integrals rather than ones that could have been made a little simpler and exemplified the new material much better. Stweart's aside I was curious if there were any other textbooks out there worth using, specifically ones for self studying and that include parametric equations.
 
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How far do you want to go in multi-variable calculus? Do you want to just learn up to iterated integrals, or do you need up to the classical vector field integral theorems?
 
Up to the classical vector field integral theorems is where I would like to get to!
 
I'd stick with Stewart.

Just because you don't like it does not mean it isn't good for you.
 
Hmm. Dr. Courtney is correct. Most general Calculus books are the same. So you have an OK book for that purpose. The recommendation of Larson is unnecessary, it is similar to Stewart.

You can try Simmons Calculus. It is more intuitive and better explained. Lacks Stoke ' s Theorem I believe.
Or you can try an old copy of thomas calculus with analytic geometry 3rd ed. I prefer this ed of thomas.
 
Thanks a bunch for the responses! Ill look around a little more I've heard good things from Simmons.
 
Henry T said:
Thanks a bunch for the responses! Ill look around a little more I've heard good things from Simmons.
If you are familiar with electricity and magnetism, then you can try Div, Grad, Curl and All that.

I have a copy in my personal library, I have not read it since I barely started doing multi variable calculus. My friend liked it and swears by it. Said they finally understood the why intuitively after taking a multi variable calculus and EnM together.

I got my copy for 2.99 shipped. Not a big loss if you don't like it.
 
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