In your journal, you wrote about calculating the amount of concrete needed for a building project. You used the relationship between the volume of a prism and the volume of a pyramid.
Pyramids have been used in building all over the world from ancient times in Egypt, Mexico, Italy, and Japan, to modern times in France and the United States. Use your research on a pyramid-shaped building and your knowledge of volume for a discussion giving consideration to purpose.
Begin the discussion by responding to the following prompt:
In your post, discuss the following with your peers:
Identify the chosen building. Why do you think the architect chose a pyramid for the shape of the building? Be sure to record any evidence that supports the use of a pyramidal design for that building.
How would you design this building as a prism? Justify your decision by using text evidence from your research.
How would the change in shape affect the construction of the building?
How would the change in shape affect the use of the building? Use the concept of volume in this post.
Then read two of your peers’ posts. Respond to two of your peers:
For each post, explain why the pyramid or prism is a better shape for the building. Be sure to use the evidence you collected from your research to support your opinion. Cite all resources for this evidence.
How would you improve on the identified pyramid-shaped building?
How would you improve on the alternate prism-shaped building?
Post a detailed response to the Relationship Between Volume of Prisms and Pyramids Discussion prompt. Then respond to two classmates' posts.
Participate in the discussion to learn more about buildings designed as pyramids or prisms.
One building that comes to mind when discussing pyramid-shaped buildings is the Louvre Pyramid in Paris, France. The architect, I.M. Pei, chose a pyramid for the shape of the building as a modern and striking entrance to the historic Louvre Museum. The pyramid serves as an iconic and symbolic structure, blending seamlessly with the historic architecture of the museum while also standing out as a unique piece of modern design. The four smaller pyramids around the main pyramid also help to distribute the weight of the glass structure, ensuring stability and strength.
If I were to design the Louvre Pyramid as a prism, I would have to consider how the change in shape would impact the structural integrity of the building. A prism has a rectangular base and can have varying heights, which may not complement the surrounding architecture of the Louvre Museum as well as the pyramid shape does. Additionally, the pyramid shape allows for natural light to filter into the underground lobby, creating a beautiful play of light and shadows that enhance the visitor experience.
The change in shape from a pyramid to a prism would also affect the construction of the building in terms of materials and engineering. The unique angles and proportions of a pyramid require careful planning and precise construction techniques to ensure stability and durability. A prism, on the other hand, may be easier to construct but would not have the same visual impact or symbolic meaning as a pyramid.
In terms of volume, the pyramid shape allows for more efficient use of space and light compared to a prism. The sloping sides of a pyramid create a sense of openness and grandeur, while also reducing the overall footprint of the building. This efficient use of volume is important in a crowded city like Paris, where space is at a premium.
When considering the Louvre Pyramid as a pyramid-shaped building, it becomes clear that the shape was carefully chosen for its architectural and symbolic significance. The pyramid complements the historic Louvre Museum while also standing out as a modern marvel of design. The use of a pyramid shape allows for efficient use of space and natural light, enhancing the visitor experience and creating a unique and iconic entrance to one of the world's most famous museums.
In terms of improvements, I would suggest exploring ways to incorporate more sustainable and energy-efficient design elements into the Louvre Pyramid. This could include using more eco-friendly materials, implementing renewable energy sources, and enhancing the building's insulation and ventilation systems. These improvements would not only help to reduce the building's environmental impact but also demonstrate a commitment to sustainability and innovation in architecture.
As for an alternate prism-shaped building, I would recommend focusing on creating a design that maximizes the use of natural light and ventilation, while also considering the overall aesthetic and functional requirements of the space. By carefully balancing these factors, a prism-shaped building could offer a unique and efficient design solution for a variety of architectural projects.