Last
edited 1/18/2007 3:15:00 PM
DOING MATHThis is the top page of the chapter on
doing math.
Dysfunctional
attitudes and behaviors
To do math includes all the following activities and others:
¨
Carry out an algebraic
calculation
¨
Solve a problem
¨
Think through math
statements you read
¨
Work through example to
understand a concept
¨
Think of a statement
that might be a theorem
¨
Come up with the proof
of a theorem
¨ Write up your results
There is a separate chapter on understanding math. However, the distinction between understanding and doing math is not fundamental.

¨ You cannot learn to play a musical instrument by (only) reading about how to do it.
¨ You cannot learn to play tennis by (only) reading about it.
The same principle applies to math. Learning to play an instrument or tennis involves physical changes in your brain and in your muscles. To learn some math involves changes in your brain in the same way. You get better only by exercising the part of your brain that does math by (for example) doing the things on the blue list above.
Physical activity seems to help doing math, too. I can speak both from personal experience and from the reported experience of many other mathematicians that if you are stuck on a concept or a problem, it really does help to get up and walk around, including taking a longish walk.
When you do math you may engage in useful behavior, that enables you to make progress. You may also engage in dysfunctional behavior: behavior which is counterproductive, such as repeatedly making the same algebraic mistake, or repeatedly trying a single approach to a proof over and over instead of considering other lines of attack. You may also have dysfunctional attitudes that hinder your progress. These are the subjects of these webpages:
This chapter describes some behavior patterns that successful
mathematicians are known to use. They
are drawn from the math education research
literature and from my own observations.