# Quadrilator example sentences

**Related** (1): quadrilateral

### "Quadrilator" Example Sentences

1. The quadrilaterals in the geometric diagram were difficult to distinguish from one another.2. The quadrilator tool helped the math students classify the shapes in the worksheet.

3. The quadrilator can also be used to measure angles within the quadrilaterals.

4. The architecture firm needed to design a building with various quadrilaterals in its structure.

5. The quadrilator app on his phone helped him identify the types of quadrilaterals he encountered on a daily basis.

6. The quadrilator chart showed the different properties of each quadrilateral shape.

7. The quadrilaterals on the canvas were masterfully painted by the artist.

8. The quadrilator survey revealed that the majority of the population could identify a square and rectangle, but struggled with trapezoids and parallelograms.

9. The geometry professor asked the students to draw examples of different quadrilaterals and label their sides, angles, and properties using the quadrilator.

10. The quadrilator ruler made it easy for the construction worker to measure and cut the proper angles for the quadrilateral-shaped window frames.

11. The quadrilateral-shaped pool was perfect for doing laps and practicing synchronized swimming routines.

12. The quadrilator game challenged students to quickly classify different shapes as parallelograms, trapezoids, squares, or rectangles.

13. The quadrilaterals in this area of the city were all designed by the same architect, which gave the neighborhood a unique aesthetic.

14. The quadrilator worksheet was a great way for the teacher to assess the students' understanding of the different types of quadrilaterals.

15. The quadrilateral kite flew high in the sky, its four edges dancing in the wind.

16. The quadrilator worksheet was especially helpful for students who struggled with visualizing shapes in their minds.

17. The architect was careful to ensure that all of the quadrilaterals in the blueprint would balance each other out and create a visually pleasing design.

18. The quadrilator software helped the engineer create a 3D model of a complex quadrilateral-shaped machine part.

19. The quadrilaterals on the tablecloth were an interesting complement to the floral centerpiece.

20. The quadrilator template made it easy for the graphic designer to create illustrations of shapes for the children's book.

21. The quadrilaterals on the dress flattered her figure, highlighting her curves in all the right places.

22. The quadrilator toy was a fun way for kids to learn about geometry.

23. The quadrilaterals in the logo had to be perfectly symmetrical to create a balanced design.

24. The carpenter used the quadrilator to confirm that all the angles in the quadrilateral-shaped table were aligned.

25. The quadrilateral-shaped mirror added sophistication to the modern bathroom design.

26. The quadrilator drawing on the whiteboard was a helpful visual aid for the classroom lesson.

27. The quadrilaterals in the garden design created geometric symmetry which drew the eye to the center fountain.

28. The quadrilator chart included examples of real-world objects that could be classified as quadrilaterals, such as book covers and street signs.

29. The quadrilateral-shaped garden beds were a unique feature of the community park.

30. The quadrilator quiz challenged students to match each quadrilateral with its correct properties.

### Common Phases

1. Let's try out the new quadrilater!2. The quadrilater is designed for efficiency.

3. Quadrilater is a reliable tool for measuring angles.

4. We can easily create quadrilaterals with this tool.

5. The quadrilater simplifies the process of drawing precise shapes.

6. Quadrilater is a versatile tool that can be used in various applications.

7. The quadrilater is durable and long-lasting.

8. The quadrilater is user-friendly and easy to navigate.

9. With the quadrilater, we can accurately measure the area of any shape.

10. The quadrilater is an essential tool for geometry and engineering.