Polyhedrons example sentences

"Polyhedrons" Example Sentences

1. The ancient Greeks studied various polyhedrons.
2. What are the basic properties of polyhedrons?
3. There are five regular polyhedrons: tetrahedron, cube, octahedron, dodecahedron, and icosahedron.
4. Polyhedrons are three-dimensional objects with flat faces.
5. The assembly instructions for the paper polyhedrons were difficult to follow.
6. The geodesic dome is made up of many interconnected polyhedrons.
7. Polyhedrons can be classified into convex and concave types.
8. Some architects use polyhedrons to create unique building designs.
9. The students used nets to create various polyhedrons in their geometry class.
10. The Pythagoreans believed that the five regular polyhedrons represented the building blocks of the universe.
11. The polyhedrons were lined up on the shelf in numerical order from simplest to most complex.
12. The crystal was a complex arrangement of interlocking polyhedrons.
13. The sculptor used polyhedrons as the building blocks of his art piece.
14. The artist created stunning polyhedron-shaped sculptures out of colorful glass.
15. A dodecahedron is a polyhedron with 12 faces.
16. The polyhedrons were the focus of the mathematical lecture.
17. The toy manufacturer created a series of interlocking polyhedrons that could be assembled into different shapes.
18. The children enjoyed constructing different polyhedrons out of blocks.
19. The polyhedrons were carefully measured and weighed in the laboratory.
20. The pyramid is another type of polyhedron commonly found in ancient architecture.
21. The mathematician explained the principles of platonic and archimedean polyhedrons.
22. The regular tetrahedron is the simplest of all polyhedrons.
23. The soccer ball is a polyhedron made up of pentagons and hexagons.
24. The designer created a geometric pattern with alternating polyhedrons and circles.
25. The science museum had an exhibit on the different types of polyhedrons found in nature.
26. The polyhedron model was used to teach students about spatial reasoning.
27. Polyhedrons are composed of edges, vertices, and faces.
28. Euler's theorem established the link between polyhedrons and graph theory.
29. The origami master folded intricate polyhedrons from single sheets of paper.
30. The mathematician wrote several books on the theory of polyhedrons.

Common Phrases

1. Polyhedrons are three-dimensional solids with flat faces;
2. They are characterized by their vertices, edges and faces;
3. Some common polyhedrons include the cube, pyramid and tetrahedron;
4. Scientists and mathematicians use polyhedrons to study complex concepts in geometry and physics;
5. Polyhedrons can have different properties depending on their shape, size and composition;
6. Architects often use polyhedrons in their designs to create interesting and unique structures;
7. The study of polyhedrons dates back to ancient civilizations such as the Greeks and Egyptians;
8. The study of polyhedrons has applications in a wide range of fields from engineering to biology.