Twisted Triangular Prism

A twisted triangular prism is obtained from its right analog by rotating one of the bases relative to the other one. This is no longer a polyhedron, as the side faces are not rectangular, not even parallelgrams, but curved.

The numbers of vertices, edges and faces remain the same so, naturally, Euler's formula checks out: 6 - 9 + 5 = 2, for the triangualr prism

What if applet does not run?

Drag the mouse to rotate the prism. Use the right button to remove and put back individual faces.

(Acknowledgement: I have learned most of Java details from the implementation by Meiko Rachimow.)

Related material
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  • Right Pentagonal Prism
  • Square Pyramid
  • Right Triangular Prism
  • Tetrahedron: an Interactive Model
  • Octahedron: an Interactive Model
  • Cube: an Interactive Model
  • Icosahedron: an Interactive Model
  • Dodecahedron: an Interactive Model
  • Three Pyramids are Better Than Two
  • Cube In Octahedron
  • Octahedron In Cube
  • Octahedron In Tetrahedron
  • Tetrahedron In Cube
  • Icosahedron In Cube
  • Great Stellated Dodecahedron
  • Lennes' Polyhedron
  • Triangulated Dinosaur
  • Volumes of Two Pyramids
  • Császár Polyhedron 1
  • Császár Polyhedron 4
  • Szilassi Polyhedron
  • Dissection of a Square Pyramid

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