Thank you.. I have been also looking for this.
Thank you.. I have been also looking for this.
The great thing about understanding numeric bases is polynomial arithmetic becomes a breeze. What's "3x²+4x¹+2x⁰" but a simpler (no restriction on coefficients and no carries in addition) numeral in an indeterminate base? Then, with a little modular arithmetic as a stepping stone to explaining quotient groups (and quotient rings), you can derive complex numbers, essentially defining them into existence.
BAM! In 20 minutes, you've done junior-level math.
Last edited by misson; 09-11-2011 at 02:30 AM.
Be sure to read all pages linked in this post; they have further information that should prove useful. When asking for help, make sure you follow Eric Raymond's and Jon Skeet's guidelines for prompt, accurate responses. Please answer any questions I ask; they're not rhetorical (probably). Any posted code is intended as illustrative example, rather than a solution to your problem to be copied without alteration. Study it to learn how to write your own solution.Misson, not Mission.