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> What can it be applied to in our daily lives? I can only speak for myself but for me, the fact that math did not have any daily life application was one of t
by gbog 14y ago
> What can it be applied to in our daily lives?
I can only speak for myself but for me, the fact that math did not have any daily life application was one of the greatest reason to love it.
I despised physics even if I was fairly good at it. I considered physics was taking pure math virgin to a mud field and raped her there with "daily life" problems.
- DeepDuh 14y agoI understand what you mean, I think I'm wired in a similar way. However I'm skeptical whether you can spead that kind of 'love' to a wider audience without coming from the applied side of things. I believe the power to describe some daily live phenomenon in a mathematical model and then use mathematical tools to predict behavior could be a very eye opening experience for many children - and I think we could design exercises that follow such a path, even with very basic algebraic tools. Simultaneously we could also come from the other end - describing a new world in a structured language (programming) - in order to awaken desires to learn new expressions. I remember, when I was a kid I wanted to program an 'Asteroids' clone, but I couldn't get the flying behavior quite right. I was excited when I learned about vector geometry - finally I had the tool I need to model that.
- gbog 14y agoI see also what you mean, but this might apply more to programming or physics than to math. Being completely "useless" is a feature, not a bug, for math (and poetry, music, metaphysics, astronomy). Pure speculation or useless braingames is a thing many humans enjoy, see Rubix-cube or Sudoku.
- quesera 14y ago> taking pure math virgin to a mud field and raped her there with "daily life" problems. Is that your best metaphor?