spiny urchin
2015-05-27 11:32:57 UTC
This finds the intersection of a curve with the x-axis:
http://www.stonetabernacle.com/intersect-curve.html
The curve is drawn, all points derived and the tangent and normal to the
tangent are determined. Vector algebra is then applied between points on
the graph. From this it is shown that f '(x)=I Newton's Method is derived.
Newton's Method is extrapolated to the nth derivative of the nth degree
polynomial (such as n=1000). From there the smallest increment is used to
reconstruct the equation working backwards until the original is obtained.
All roots to the power series are obtained and the problem solved.
With this problem finally solved, it may prove a useful tool to disassemble
some of the mutant growths in the collective... and as usual, fall in the
hands of dissidents yearning to keep the mutant growths reigning and
continuing to assault. Peace be with them. So long.
http://www.stonetabernacle.com/intersect-curve.html
The curve is drawn, all points derived and the tangent and normal to the
tangent are determined. Vector algebra is then applied between points on
the graph. From this it is shown that f '(x)=I Newton's Method is derived.
Newton's Method is extrapolated to the nth derivative of the nth degree
polynomial (such as n=1000). From there the smallest increment is used to
reconstruct the equation working backwards until the original is obtained.
All roots to the power series are obtained and the problem solved.
With this problem finally solved, it may prove a useful tool to disassemble
some of the mutant growths in the collective... and as usual, fall in the
hands of dissidents yearning to keep the mutant growths reigning and
continuing to assault. Peace be with them. So long.