Quadrilaterals example sentences

"Quadrilaterals" Example Sentences

1. The shapes include triangles, squares, rectangles, and other quadrilaterals.
2. The students studied properties of quadrilaterals in geometry class.
3. Some common examples of quadrilaterals are squares, rectangles, rhombi, and trapezoids.
4. The floor plan consisted of many different sized quadrilaterals.
5. She had to classify the quadrilaterals according to their sides and angles.
6. The art project involved cutting out different colored quadrilaterals from construction paper.
7. The floor tiles were arranged in a pattern of alternating quadrilaterals.
8. They measured the sides and angles of different quadrilaterals to find relationships.
9. The engineer designed the buildings using geometric quadrilaterals.
10. The children learned how to identify quadrilaterals based on their attributes.
11. The tessellating shapes consisted mainly of various quadrilaterals.
12. The quadrilaterals were grouped by their symmetry and line properties.
13. The rooftop had panels of copper sheets shaped like quadrilaterals.
14. They observed that special quadrilaterals have equal angles and sides.
15. The instructions showed how to construct different sized quadrilaterals.
16. The geometry test focused primarily on properties of quadrilaterals.
17. The landscape design featured plantings arranged in geometric quadrilaterals.
18. The tessellations were all made up of repeating quadrilaterals.
19. The solar panels were shaped like rectangular and square quadrilaterals.
20. The quadrilaterals were divided based on the length of their sides.
21. She sketched various quadrilaterals to find the relationship between diagonals and sides.
22. They studied diagonals and medians of different quadrilaterals.
23. The designer created mosaics using small colored quadrilaterals.
24. The patchwork quilt featured square and rectangular quadrilaterals.
25. The necklace beads were shaped like different quadrilaterals.
26. They used geometric quadrilaterals to create decorative designs.
27. The vector drawing consisted of overlapping quadrilaterals.
28. She calculated area and perimeter formulas for common quadrilaterals.
29. The flags used a pattern of multi-colored quadrilaterals.
30. They learned how to find missing side lengths of various quadrilaterals.
31. The intersections of lines created a grid of many quadrilaterals.
32. They studied properties that help classify special quadrilaterals.
33. The architect designed the building to have a floorplan of tilted quadrilaterals.
34. Quadrilaterals make up a large portion of geometric shapes.
35. The geometric proofs focused on properties of quadrilaterals.
36. The cards showed examples of different types of quadrilaterals.
37. He constructed various quadrilaterals using straightedges and compasses.
38. They compared and contrasted different types of quadrilaterals.
39. The tessellating patterns used only three types of quadrilaterals.
40. The exhibit featured many examples of real world quadrilaterals.
41. The formulas for finding area and perimeter work for most quadrilaterals.
42. The artist arranged pebbles into different shaped geometric quadrilaterals.
43. They studied transformation effects on various quadrilaterals.
44. The book described properties of quadrilaterals in detail.
45. Many quadrilaterals have special names depending on their attributes.
46. The fence posts were connected with rails in the shape of quadrilaterals.
47. The roads formed a geometric pattern of intersecting quadrilaterals.
48. They solved practice problems involving missing sides of quadrilaterals.
49. The jewelry pieces were shaped like four-sided quadrilaterals.
50. The overall design used only square and rectangular quadrilaterals.

Common Phrases

1. Properties of quadrilaterals
2. Special quadrilaterals
3. Types of quadrilaterals
4. Identifying quadrilaterals
5. Classifying quadrilaterals
6. Diagonals of quadrilaterals
7. Medians of quadrilaterals
8. Angle measures of quadrilaterals
9. Sides of quadrilaterals
10. Area of quadrilaterals
11. Perimeter of quadrilaterals
12. Constructing quadrilaterals
13. Proving properties of quadrilaterals
14. Solving problems involving quadrilaterals
15. Applying transformations to quadrilaterals
16. Finding missing attributes of quadrilaterals
17. Comparing quadrilaterals
18. Using quadrilaterals in design
19. Real world examples of quadrilaterals
20. Hierarchical classification of quadrilaterals