- of the prism. A
parallelepiped has
three sets of four
parallel edges; the
edges within each set are of
equal length.
Parallelepipeds result from linear...
-
perfect cuboid is a
special case of a
perfect parallelepiped. In 2009,
dozens of
perfect parallelepipeds were
shown to exist,
answering an open question...
-
right angles. This
shape is also
called rectangular parallelepiped or
orthogonal parallelepiped. A
rectangular cuboid is a
convex polyhedron with six...
- and
three dimensions are
chosen to take the
shape parallelograms and
parallelepipeds, with an atom at each
corner of the cell. This
choice of primitive...
-
integration method, by
approximating the
solid with a set of
rectangular parallelepipeds. This is
accomplished by
taking an "in-depth"
picture of the solid...
-
trapezohedra are also
special cases of
parallelepipeds, and are the only
parallelepipeds with six
congruent faces.
Parallelepipeds are zonohedra, and
Evgraf Fedorov...
- of a
pyramid or a cone; Quadrilateral-faced
hexahedral prismatoids:
Parallelepipeds – six
parallelogram faces Rhombohedrons – six
rhombus faces Trigonal...
- of
planes and
lines dihedral angle and
solid angle the cube, cuboid,
parallelepiped the
tetrahedron and
other pyramids prisms octahedron, dodecahedron,...
- \cdot (\mathbf {b} \times \mathbf {c} )} is the (signed)
volume of the
parallelepiped defined by the
three vectors given. The
scalar triple product is unchanged...
-
tessellation by
rectangles or
rectangular cuboids (also
known as
rectangular parallelepipeds) that are not, in general, all
congruent to each other. The
cells may...
