Positive root: Difference between revisions
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Given a number <math>n</math>, the positive root (if there is a positive solution) of <math>\sqrt[x] | Given a number <math>n</math>, the positive root (if there is a positive solution) of <math>\sqrt[x]{n}</math> is the solution greater than zero. The positive root of a polynomial <math>f(x)</math> is a value greater than zero so that, when put in place of <math>x</math>, makes the expression zero | ||
[[tauros]] | [[tauros]] | ||
Revision as of 19:55, 21 February 2018
Given a number 
, the positive root (if there is a positive solution) of ![$\sqrt[x]{n}$](http://latex.artofproblemsolving.com/7/a/b/7ab6da932f9174c01399d495bfc2966b258bbf83.png)
is the solution greater than zero. The positive root of a polynomial 
is a value greater than zero so that, when put in place of 
, makes the expression zero
tauros
