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"CLICK" below image; or,
above blue ellipse to navigate.

Emergent Ellipse Geometry
Pythagorean Triangle Pairs (PTP)
   
  Inscribe Circles (in-circles)
FGJ and HIK with centers at

and respective diameters LM and NO.

Bisect Lines FG and HI
with Center Lines.
 
 
  Construct a paired
Pythagorean Triangle FGJ
in accordance with base, side, and
 hypotenuse as indicated in the
below Table of Formulas.

A pair of Pythagorean Triangles
have short sides,
radius (r) and base (b),
which vary by
the Elliptical Constant (EC) = .
 
 
  Construct a Pythagorean Triangle HIK
in accordance with base, side, and
 hypotenuse as indicated in the
below Table of Formulas.

Pythagorean Triangles are triangles
with a right angle; and,
all sides that are integers.
 

 
   
  =  Elliptical Constant (EC) =   One
x   =  Integer (base 10)=b/2      
 
  Table of Formulas  

 
   
  Pythagorean Triangles  

 
   
FGJ   =  Pythagorean radius Triangle
FG   =  wave (w)=b2/2b =   2(x2x)
GJ   =  radius (r)=b =   2x
FJ   =  hypotenuse (h)=b2/2b+ =   2x22x+
 
HIK   =  Pythagorean Vector Triangle
HI   =  base (b), V-wave, (Vw) =   2x
HK   =  V-radius (Vr)=b2/4 =   x2
IK   =  V-hypotenuse (Vh)=b2/4+ =   x2+

 
   
  Resoloids (in-circles)  

 
   
FGJ   =  radius-Resoloid (in-circle) =   rR
LM   =  r-diameter (rd)=b2 =   2(x)
L   =  r-radius (rr)=b/2 =   x
 
HIK   =  Vector-Resoloid (in-circle) =   VR
NO   =  VR-diameter (VRd)=b2 =   2(x)
N   =  VR-radius (VRr)=b/2 =   x

The Pythagorean Theorem, a2 + b2 = c2,
is an an incredible coincidence of
number theory, which arises from the
Emergent Ellipsoid and
the Natural source of Mathematics.

A Pythagorean Triangle Pair (PTP)
can be mapped to
every integer greater than One.

Four angles (two of the six angles are right angles)
and all six sides of a Pythagorean Triangle Pair
are of unlike values.
 
The simplest equation for
the in-diameter of a circle
inscribed within any right triangle is:


 
  An in-diameter of a right triangle
equals side "a" plus side "b"
minus the hypotenuse "c".
 

Amazingly, the diameters
of both circles inscribed within
each different Pythagorean Triangle,
of a given pair, are even integers,
 that are . . . identical to one another.

Thus, the radii of the inscribed circles
are also equal integers.
 
 

"CLICK" top image; or,
below blue ellipse to navigate.

 
 



One must continuously ask:
Why? Why? Why?; and, Why? again.
And, realize that Fundamental Nature is the source of all Mathematics!
Summary Epsilon equals One Proof of One Inverse Square Law Elliptical Constant revised Fibonacci
Sequence
 
Natural Function Brunardot Theorem Duality of Infinity Challenge to Academe Pulsoid Theorem Fundamental Intrinsic Time
 
Salient Structural Parts Universal Locus Heisenberg Uncertainty Principle Heaven/God/Hell Philogic Entanglement
 
Spin Tini Circle Groups Antimatter Fabric of Space Pauli Exclusion Principle Table of Contents


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