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chiliaedronChiliahedron Chil"i*a*hedron, n. [Gr. ? a thousand + ? base,
fr. ? to sit.]
A figure bounded by a thousand plane surfaces [Spelt also
chilia["e]dron.] ChiliahedronChiliahedron Chil"i*a*hedron, n. [Gr. ? a thousand + ? base,
fr. ? to sit.]
A figure bounded by a thousand plane surfaces [Spelt also
chilia["e]dron.] Cubo-octahedron
Cubo-octahedron Cu`bo-oc`ta*he"dron (-dr?n), n. (Crystallog.)
A combination of a cube and octahedron, esp. one in which the
octahedral faces meet at the middle of the cubic edges.
DihedronDihedron Di*he"dron, n. [See Dihedral.]
A figure with two sides or surfaces. --Buchanan. DuodecahedronDuodecahedral Du`o*dec`a*he"dral, a., Duodecahedron
Du`o*dec`a*he"dron, n.
See Dodecahedral, and Dodecahedron. Enheahedron
Enheahedria En`he*a*he"dri*a, Enheahedron En`he*a*he"dron,
n. (Geom.)
A figure having nine sides; a nonagon.
Hemihedron
Hemihedron Hem`i*he"dron, n. (Crystallog.)
A solid hemihedrally derived. The tetrahedron is a
hemihedron.
Heptahedron
Heptahedron Hep`ta*he"dron, n. [Hepta- + Gr. ? seat, base, fr.
? to sit: cf. F. hepta[`e]dre.] (Geom.)
A solid figure with seven sides.
HexahedronHexahedron Hex`a*he"dron, n.; pl. E. Hexahedrons, L.
Hexahedra. [Hexa- + Gr. ? seat, base, fr. ? to sit: cf. F.
hexa[`e]dre.] (Geom.)
A solid body of six sides or faces.
Regular hexahedron, a hexagon having six equal squares for
its sides; a cube. HexahedronsHexahedron Hex`a*he"dron, n.; pl. E. Hexahedrons, L.
Hexahedra. [Hexa- + Gr. ? seat, base, fr. ? to sit: cf. F.
hexa[`e]dre.] (Geom.)
A solid body of six sides or faces.
Regular hexahedron, a hexagon having six equal squares for
its sides; a cube. Hexoctahedron
Hexoctahedron Hex*oc`ta*he"dron, n. [Hex- + octahedron.]
(Geom.)
A solid having forty-eight equal triangular faces.
IcosahedronIcosahedron I`co*sa*he"dron, n. [Gr. ?; ? twenty + ? seat,
base, fr. ? to sit.] (Geom.)
A solid bounded by twenty sides or faces.
Regular icosahedron, one of the five regular polyhedrons,
bounded by twenty equilateral triangules. Five triangles
meet to form each solid angle of the polyhedron. icositetrahedronTrisoctahedron Tris*oc`ta*he"dron, n. [Gr. ? thrice + FE.
octahedron.] (Crystallog.)
A solid of the isometric system bounded by twenty-four equal
faces, three corresponding to each face of an octahedron.
Tetragonal trisoctahedron, a trisoctahedron each face of
which is a quadrilateral; called also trapezohedron and
icositetrahedron.
Trigonal trisoctahedron, a trisoctahedron each face of
which is an isosceles triangle. Icositetrahedron
Icositetrahedron I`co*si*tet`ra*he"dron, n. [Gr. ? twenty + ?,
combining form of ? four + ? seat, base.] (Crystallog.)
A twenty-four-sided solid; a tetragonal trisoctahedron or
trapezohedron.
Octahedron
Octahedron Oc`ta*he"dron, n. [Gr.?, fr. ? eight-side; ? (for ?
eight) + ? seat, base, from ? to sit.] (Geom.)
A solid bounded by eight faces. The regular octahedron is
contained by eight equal equilateral triangles.
Pentahedron
Pentahedron Pen`ta*he"dron, n. [Penta- + Gr. "e`dra seat,
base.]
A solid figure having five sides.
PolyedronPolyedron Pol`y*e"dron, n.
See Polyhedron. PolyhedronPolyhedron Pol`y*he"dron, n.; pl. E. Polyhedrons., L.
Polyhedra. [NL., fr. Gr. ? with many seats or sides; poly`s
many + ? a seat or side: cf. F. poly[`e]dre.]
1. (Geom.) A body or solid contained by many sides or planes.
2. (Opt.) A polyscope, or multiplying glass. PolyhedronsPolyhedron Pol`y*he"dron, n.; pl. E. Polyhedrons., L.
Polyhedra. [NL., fr. Gr. ? with many seats or sides; poly`s
many + ? a seat or side: cf. F. poly[`e]dre.]
1. (Geom.) A body or solid contained by many sides or planes.
2. (Opt.) A polyscope, or multiplying glass. Pyritohedron
Pyritohedron Pyr`i*to*he"dron, n. [Pyrite + Gr. ? base.]
(Crystallog.)
The pentagonal dodecahedron, a common form of pyrite.
Regular hexahedronHexahedron Hex`a*he"dron, n.; pl. E. Hexahedrons, L.
Hexahedra. [Hexa- + Gr. ? seat, base, fr. ? to sit: cf. F.
hexa[`e]dre.] (Geom.)
A solid body of six sides or faces.
Regular hexahedron, a hexagon having six equal squares for
its sides; a cube. Regular icosahedronIcosahedron I`co*sa*he"dron, n. [Gr. ?; ? twenty + ? seat,
base, fr. ? to sit.] (Geom.)
A solid bounded by twenty sides or faces.
Regular icosahedron, one of the five regular polyhedrons,
bounded by twenty equilateral triangules. Five triangles
meet to form each solid angle of the polyhedron. Regular tetrahedronTetrahedron Tet`ra*he"dron, n. [Tetra- + Gr. ? seat, base, fr.
? to sit.] (Geom.)
A solid figure inclosed or bounded by four triangles.
Note: In crystallography, the regular tetrahedron is regarded
as the hemihedral form of the regular octahedron.
Regular tetrahedron (Geom.), a solid bounded by four equal
equilateral triangles; one of the five regular solids. Rhombohedron
Rhombohedron Rhom`bo*he"dron, n. [NL., fr. Gr. ??? rhomb + ???
seat, base.] (Geom. & Crystallog.)
A solid contained by six rhomboids; a parallelopiped.
Salient polyhedron 5. (Her.) Represented in a leaping position; as, a lion
salient.
Salient angle. See Salient, a., 4.
Salient polygon (Geom.), a polygon all of whose angles are
salient.
Salient polyhedron (Geom.), a polyhedron all of whose solid
angles are salient. Scalenohedron
Scalenohedron Sca*le`no*he"dron (-dr[o^]n), n. [Gr. skalhno`s
uneven + "e`dra seat, base.] (Crystallog.)
A pyramidal form under the rhombohedral system, inclosed by
twelve faces, each a scalene triangle.
Tetragonal trisoctahedronTrisoctahedron Tris*oc`ta*he"dron, n. [Gr. ? thrice + FE.
octahedron.] (Crystallog.)
A solid of the isometric system bounded by twenty-four equal
faces, three corresponding to each face of an octahedron.
Tetragonal trisoctahedron, a trisoctahedron each face of
which is a quadrilateral; called also trapezohedron and
icositetrahedron.
Trigonal trisoctahedron, a trisoctahedron each face of
which is an isosceles triangle. TetrahedronTetrahedron Tet`ra*he"dron, n. [Tetra- + Gr. ? seat, base, fr.
? to sit.] (Geom.)
A solid figure inclosed or bounded by four triangles.
Note: In crystallography, the regular tetrahedron is regarded
as the hemihedral form of the regular octahedron.
Regular tetrahedron (Geom.), a solid bounded by four equal
equilateral triangles; one of the five regular solids. Tetrahexahedron
Tetrahexahedron Tet`ra*hex`a*he"dron, n. [Tetra- +
hexahedron.] (Crystallog.)
A solid in the isometric system, bounded by twenty-four equal
triangular faces, four corresponding to each face of the
cube.
Meaning of Edron from wikipedia
- The
Edron Academy (El
Colegio Británico) A.C. is a non-profit
school British international school located in Álvaro Obregón,
Mexico City. The
Edron Academy...
-
Tibia is a
multiplayer online role-playing game (MMORPG)
released in 1997,
developed and
published by CipSoft. It is one of the
earliest and longest-running...
- the
former Mexican boy band Kairo, and acts in telenovelas. Soto
attended Edron Academy. He
began modeling at age 18
after parti****ting in the
Mister World...
- who is 12
years her senior. She
attended two
private bilingual schools,
Edron Academy and the
American School Foundation, both
located in
Mexico City...
- (French), the
American School, The
Westhill Institute (American School), the
Edron Academy and the
Greengates School (British).
Mexico City
joined the UNESCO...
-
older brother,
Alejandro and a
younger brother, Oscar. He
attended the
Edron Academy,
alongside Gael García
Bernal and
Ximena Sariñana and graduated...
- de México,
Junior High and the High
School in El
Colegio Britanico (The
Edron Academy). She is also
fluent three languages: Spanish,
English and French...
-
educated at the
Academia de
Musica Fermatta, a
performing arts
school and
Edron Academy, a
private multi-lingual school, both
located in
Mexico City. She...
- his 20s in
Mexico City's
community of
Jardines del Pedregal, and
attended Edron Academy.
Pierre was
taken to
revisit his home by Alan
Yentob for the BBC...
-
dammed in a
number of places, it
receives from the
right the
waters of the
Edron, Tùrrite Secca, Tùrrite di Gallicano,
Turrite Cava and the Pedogna; and...
