Aspects of math that are often over-formulated on curriculum

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Discussion Overview

The discussion revolves around the perceived over-formulation of mathematical concepts in curricula, specifically focusing on the necessity of certain rules in calculus, such as the quotient rule versus the product rule. Participants explore the implications of having multiple formulas and their utility in undergraduate mathematics.

Discussion Character

  • Debate/contested

Main Points Raised

  • One participant suggests that curricula contain too many formulas, questioning the need for the quotient rule when the product rule exists.
  • Another participant argues in favor of the quotient rule, stating it is a useful formula that simplifies the process of differentiation compared to deriving it from the product rule.
  • A later reply reiterates the usefulness of the quotient rule while also mentioning the alternative of expressing the function as a power of -1.
  • Another participant acknowledges the alternative method but maintains that the quotient rule is beneficial as a distinct formula to avoid repeated derivation.

Areas of Agreement / Disagreement

Participants express differing views on the necessity and utility of the quotient rule, with no consensus reached on whether it is over-formulated or essential in the curriculum.

binbagsss
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Hi,

I think sometimes curriculum contains to many formulae.
E.g in calculus why is there a need for the quotient rule when there is the product rule

Does anyone agree?
Any examples for undergrad too anyone can think of?
 
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The quotient rule is a very useful one. I still use it a lot. It's much easier than to derive it from the product rule from scratch. So it's a useful formula to know.
 
micromass said:
The quotient rule is a very useful one. I still use it a lot. It's much easier than to derive it from the product rule from scratch. So it's a useful formula to know.

but you can just put it as to the power of -1?
 
binbagsss said:
but you can just put it as to the power of -1?

Yeah sure, I know you can. I still find it useful as a separate formula so I don't have to do that all the time.
 

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