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Superroots (formal powerseries)
#11
I have often woundered myself about superroots and superlogs, and as to how one might define:

a[-b]c and a[b]-c.

I mean, could we have multiple definitions of these for b=4, such as:

1/(e[4]b) or cos(b*pi/4)+sin(b*pi/4) in radians.

I mean, do our definitions HAVE to be logically consistant, could we not just use the definition which suits us in whatever particular circumstance?
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Messages In This Thread
Superroots (formal powerseries) - by Gottfried - 10/25/2009, 12:09 PM
RE: Superroots (formal powerseries) - by andydude - 10/26/2009, 01:50 AM
RE: Superroots (formal powerseries) - by robo37 - 10/28/2009, 09:20 AM
Superroots article "WexZal" - by Gottfried - 10/29/2009, 05:56 AM
RE: Superroots article "WexZal" - by bo198214 - 10/29/2009, 12:08 PM
RE: Superroots article "WexZal" - by Gottfried - 10/29/2009, 01:55 PM
RE: Superroots article "WexZal" - by bo198214 - 10/29/2009, 10:10 PM
RE: Superroots (formal powerseries) - by Stan - 04/05/2011, 03:22 AM

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