Geometric Art: Recent
Additions
(Page 5 of 10)
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![Machu Picchu and the Intihuatana Stone](../incas/machu_picchu_intihuatana.jpg) |
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![Typography of problem 185: Trapezoid, Triangle, Angle](../problem/p185_trapezoid_angle_typography_ipad_apps_tutor_1.jpg) |
Typography and Sketch of Problem 185. |
![Geometry in Los Angeles, California, Royce Hall, UCLA](../geometry/real-world/los-angeles/royce-hall-ucla-stereographic-projection-1.jpg) |
Royce Hall, UCLA, Los Angeles - Geometric Art using Mobile Apps. |
![Google: Archimedes Book of Lemmas](../software/google_gadget_archimedes_17.jpg) |
Google Gadget
Archimedes Book of Lemmas.
Add "GoGeometry" to your iGoogle page.
Gadgets powered by Google are miniature objects that offer cool and dynamic content that can be placed on any page on the web. |
![Geometric Art of Triangle Centers, Visual Summary, Delaunay Triangulation, Circular Random Composition, iPad Apps](../center/triangle-centers-visual-summary-circular-random-artwork-1.jpg) |
Geometric art of triangle centers visual summary
Delaunay Triangulation, Circular Random Composition, iPad Apps. |
![Kaleidoscope of Problem 514 Poincare Disk Model](../problem/p514-kaleidoscope-poincare-disk-model-triangle-square-1.jpg) |
Kaleidoscope of Problem
514 based on Poincare Disk Model. |
![Typography of Geometry Problem 1031](../school-college/1/p1031-circle-trapezoid-tangent-chord-midpoint-ipad-sw-typography-1.jpg) |
Typography of Geometry Problem
1031. |
![Isolines illustration: Pentagon](../software/isoline/geometric-art-isoline-pentagon-symmetry-software-1.jpg) |
Geometric Art: Isolines, Pentagon, Star, Parallel Lines, Symmetry, Kaleidoscope, Geometry for Kids, Software |
![Kaleidoscope Problem 1112 Poincare Disk Model](../school-college/2/p1112-kaleidoscope-poincare-disk-triangle-circle-hexagon-1.jpg) |
Kaleidoscope of Problem 1112 based on Poincare Disk Model. |
![fractal Circle 2](../ipad/fractbg/geometric-art-circle-ipad-apps-fractal-fractbg-02-1.jpg) |
Geometric Art: Circle
2. iPad Apps.
Fractal Image with Circle. |
![](../circle/pascal_line_theorem_art_1.jpg) |
Geometric Art of Pascal's Theorem |
![Jean François Niceron, 'La Perspective Curieuse', 1638](jean-francois-niceron-curious-perspective-anamorphic-art-selective-coloring-sw-1.jpg) |
Jean François Niceron, 'La Perspective Curieuse', 1638, |
![Geometric Art: of Problem 1321, Intersecting Circles using iPad Apps](../school-college/4/p1321-intersecting-circles-ipad-apps-1.jpg) |
Geometric Art: of Problem
1321, Intersecting Circles using iPad Apps. |
![Regular Decagon and Decagram Art](../geometry/regular-decagram-10-star-polygon-decagon-1.jpg) |
Geometric Art: Decagon and
Decagram. |
![Kaleidoscope of Problem 1318 Mobile Apps](../school-college/4/p1318-kaleidoscope-equilateral-triangle-ipad-mobile-apps-1.jpg) |
Kaleidoscope of Geometry Problem
1318. Mobile Apps. |
![Geometric Art: Mobile Apps, Tricolor Beagle Dog and Delaunay Triangulation, iPad](mobile-apps/beagle-dog-delaunay-triangulation-geometry-art-1.jpg) |
Geometric Art: Mobile Apps, the Tricolor Beagle Dog and Delaunay Triangulation, iPad.
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Google Gadgets.
Add "Golden Rectangles" to your iGoogle page. |
![Clifford's theorem](../geometry/clifford_theorem_17.jpg) |
Clifford's Circle Chain
Theorems. This is a step by step presentation of the first theorem.
Clifford discovered, in the ordinary Euclidean plane, a "sequence or
chain of theorems" of increasing complexity, each building on the last
in a natural progression.
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![Paracas Mantle Textile](../incas/paracas_textile_17.jpg) |
Paracas mantle 200 A.D and Golden Rectangles
.
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![Machu Picchu and the Intihuatana Stone](../incas/machu_picchu_intihuatana.jpg) |
Machu Picchu,
the Intihuatana stone and Golden Rectangles.
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![Art of Pito Theorem, iPad Apps](../geometry/tangential_quadrilateral_art_pitot_theorem_tablet_1.jpg) |
Geometric Art of
Pitot Theorem using Mobile Apps. |
![Machu Picchu and Putucusi](../incas/machu_picchu_putucusi_17.jpg) |
Machu Picchu, Putucusi and Golden Rectangles.
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