"Parallelepipeds" Example Sentences
1. The box was made up of parallelepipeds.
2. The school offered a course on the properties of parallelepipeds.
3. The building was designed with parallelepipeds as the main architectural feature.
4. The geometry problem involved finding the volume of a parallelepiped.
5. The artist created a sculpture using various sizes of parallelepipeds.
6. The toy set contained different colored parallelepipeds for building.
7. The engineer used parallelepipeds to create a sturdy structure.
8. The professor explained the concept of parallelepipeds using visual aids.
9. The construction workers had to ensure the parallelepipeds were perfectly aligned.
10. The parallelepipeds in the puzzle fit together perfectly.
11. The architect used parallelepipeds to create a modern and sleek look.
12. The mathematician conducted a study on the properties of parallelepipeds.
13. The student used parallelepipeds and other geometric shapes to form a model of a molecule.
14. The parallelepipeds in the assembly line were carefully inspected for defects.
15. The artist created a painting featuring an array of colorful parallelepipeds.
16. The furniture designer used parallelepipeds to create a unique and versatile seating arrangement.
17. The construction team used a crane to lift the heavy parallelepipeds into place.
18. The physicist used parallelepipeds to demonstrate the laws of motion.
19. The sculpture park featured a large exhibit of enormous parallelepipeds.
20. The teacher used parallelepipeds to teach students about surface area and volume.
21. The computer program generated a 3D model of a parallelepiped.
22. The game involved stacking different sized parallelepipeds in a specific arrangement.
23. The art installation consisted of over 1000 parallelepipeds arranged in a circular pattern.
24. The product design team used parallelepipeds to test the durability of their prototype.
25. The museum exhibit showcased rare and unusual parallelepipeds from various periods of history.
26. The mathematician used parallelepipeds in his research on complex geometry.
27. The packaging company designed a box using parallelepipeds to maximize space efficiency.
28. The children's toy set included a set of parallelepiped-shaped blocks for building structures.
29. The manufacturing plant produced thousands of identical parallelepipeds every day.
30. The student's science fair project involved studying the properties of parallelepipeds under different conditions.
Common Phases
1. The warehouse was filled with rows of
parallelepipeds.
2. The sculpture was made up of several
parallelepipeds stacked on top of each other.
3. The engineer used
parallelepipeds to design the building's structure.
4. The artist was fascinated by the geometric shape of
parallelepipeds.
5. The student struggled to visualize the volume of
parallelepipeds in their math class.
6. The construction workers carefully placed each parallelepiped to ensure the building's stability.
7. The package was shaped like a parallelepiped, making it easy to stack with other boxes.
8. The design of the room was centered around a large parallelepiped-shaped bookshelf.
9. The scientist used
parallelepipeds to demonstrate the concept of three-dimensional space.
10. The toy blocks were all shaped like
parallelepipeds, allowing children to create various structures.