unit square space time changing accelerationBeen busy with constructing new main web site (sandboxgeometry.com). Needed some help from professional developer. Now it is one year and I had hoped to be further along with CSDA (sandbox geometry Curved Space Division Assembly) instilling genuine interest and reaction in the disciplines of math and science, lotsa’ lookers but no takers.
Being a man of modest means I intend to “float” two articals (on the new web site) I have written for purchase. Gots to pay the bills as we all must do!
The first artical will be my withdrawn patent submission paper concerning a CSDA. I wrote this artical as an exposition of what these two curves can do when working together! First piece has to do with Euclids perendicular divisor and using a division of magnitude to partition said magnitude into (n) parts and even futher ; into (1/n) parts. These methods led me to the first ever geometry explanation of tensors. Activity two will use a CSDA to construct any root of magnitude (magnitude^(1/n)). Activity three explores duo curvature a parabola posesses to analyze both traditional differential position curvature as well as changing energy curves of loci position on a RELATIVE TANGENT. Methods four and five develope function analyses of energy curves and five deals with Apollonius section parabola linkage to a Sandbox Geometry Unit Parabola.
This paper is so solid with ideas and modeling and originality that it will be a sought after companion and teaching aid designed to work in tangent (pun intended) with any and every (pre-calc and calc) math lesson plan.
But this is not what this blog is about. I had promised a piece on the secong part of plane geometry function of energy curves (RELATIVE TANGENT) and that is what I am going to write about. Alexander
