Vertices example sentences

"Vertices" Example Sentences

1. The polygon's vertices were clearly marked on the diagram.
2. Calculating the area required knowing all the vertices’ coordinates.
3. A cube has eight vertices.
4. The irregular shape possessed seven vertices.
5. Finding the centroid involved summing the coordinates of the vertices.
6. We connected the vertices to form a complete graph.
7. The three vertices defined a triangle.
8. Each of the vertices held a specific charge.
9. The software automatically identified all the image's vertices.
10. The vertices of the tetrahedron were labeled A, B, C, and D.
11. All vertices of the star were equally spaced.
12. The vertices of the network represented different cities.
13. He carefully measured the angles at each of the vertices.
14. The program calculated the distances between all pairs of vertices.
15. The model used the vertices as anchor points.
16. Sharp angles were observed at several of the vertices.
17. Connecting the vertices created a complex network.
18. The vertices were represented by nodes in the algorithm.
19. The number of edges depended on the number of vertices.
20. The vertices were spaced unevenly.
21. He meticulously labeled all the vertices and edges.
22. The vertices formed a convex hull.
23. The algorithm optimized the placement of the vertices.
24. The three-dimensional model was defined by its vertices, edges, and faces.
25. The vertices were weighted differently in the calculation.
26. Each vertices was assigned a unique identifier.
27. Unexpectedly, the vertices didn't form a regular polygon.
28. The vertices represent key decision points.
29. The software automatically calculated the distances between the vertices.
30. The model's accuracy depended on the precision of the vertices' coordinates.
31. He used graph theory to analyze the relationships between the vertices.
32. The vertices were projected onto a 2D plane.
33. The irregular shape posed challenges due to its numerous vertices.
34. The vertices shifted slightly during the transformation.
35. The structure’s stability depended on the strength of the connections at the vertices.
36. The vertices were plotted on a coordinate system.
37. Identifying the vertices was the crucial first step.
38. The vertices of the hypercube were difficult to visualize.
39. The vertices were colored according to their attributes.
40. The total number of vertices was surprisingly high.
41. The vertices formed a non-planar graph.
42. The algorithm efficiently traversed all the vertices of the graph.
43. The vertices represented data points in a scatter plot.
44. The vertices were subject to constraints.
45. The positions of the vertices determined the shape.
46. The vertices were smoothly connected by curves.
47. The object's complexity increased exponentially with the number of vertices.
48. They optimized the mesh by reducing the number of vertices.
49. The vertices were arranged in a specific pattern.
50. The analysis focused on the connectivity of the vertices.