Definition of Regular convex polyhedron

1. Noun. Any one of five solids whose faces are congruent regular polygons and whose polyhedral angles are all congruent.




Regular Convex Polyhedron Pictures

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Lexicographical Neighbors of Regular Convex Polyhedron

regrown
regrows
regrowth
regrowths
regs
regu
reguardant
regula
regulable
regulae
regular(a)
regular army
regular astigmatism
regular coffee
regular convex polyhedron (current term)
regular convex solid
regular dividend
regular dodecahedron
regular expression
regular expressions
regular function
regular functions
regular hexagon
regular hexahedron
regular icosahedron
regular insulin
regular insulin injection
regular octahedron
regular payment

Literary usage of Regular convex polyhedron

Below you will find example usage of this term as found in modern and/or classical literature:

1. Plane and Solid Geometry by George Albert Wentworth (1904)
"Hence, one regular convex polyhedron is possible with squares. 3. Since each angle of a regular pentagon is 108° (§ 206), a convex polyhedral angle may be ..."

2. Plane and Solid Geometry by George Albert Wentworth (1899)
"Hence, one regular convex polyhedron is possible with squares. 3. Since each angle of a regular pentagon is 108° (§ 206), a convex polyhedral angle may be ..."

3. Plane and Solid Geometry by George Wentworth, David Eugene Smith (1913)
"Hence one regular convex polyhedron is possible with squares. 3. Since each angle of a regular pentagon is 108° (§ 145), a convex polyhedral angle may be ..."

4. Plane and Solid Geometry by George Albert Wentworth (1899)
"Hence, one regular convex polyhedron is possible with squares. 3. Since each angle of a regular pentagon is 108° (§ 206), a convex polyhedral angle may be ..."

5. Solid Geometry by George Albert Wentworth (1902)
"Hence, one regular convex polyhedron is possible with squares. 3. Since each angle of a regular pentagon is 108° (§ 206), a convex polyhedral angle may be ..."

6. Elementary Geometry, Plane and Solid: For Use in High Schools and Academies by Thomas Franklin Holgate (1901)
"Since the interior angle of an equilateral triangle is 60 degrees, if the faces of a regular convex polyhedron are equilateral triangles, at each vertex ..."

7. A Text-book of Geometry by George Albert Wentworth (1898)
"Hence only one regular convex polyhedron is possible with squares. 3. Since each angle of a regular pentagon is 108°, a convex polyhedral angle may be ..."

8. Solid Geometry by George Albert Wentworth (1899)
"Hence, one regular convex polyhedron is possible with squares. 3. Since each angle of a regular pentagon is 108° (§ 206), a convex polyhedral angle may be ..."

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