How do rigid motions connect to tessellations?

  • Thread starter terpsgirl
  • Start date
In summary, different species are connected through the evolutionary tree, ecosystems are connected through the flow of energy and nutrients, humans are connected to the environment through reliance and impact, cells are connected through cell junctions to form tissues and organs, and atoms and molecules are connected through chemical bonds to form matter.
  • #1
terpsgirl
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How are they connected??

How are rigid motions (rotations, reflections/flips, slides) connected to tessellations/tilings?? I have an idea but I'm not fully sure.

THX
 
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  • #2
What is your idea ?
 
  • #3
It's how they're made. You take regular polygons and move stuff around in certain patterns.

cookiemonster
 

1. How are different species connected?

Different species are connected through the evolutionary tree, as all living organisms share a common ancestor. This means that they have genetic similarities and connections that can be traced through their evolutionary history.

2. How are ecosystems connected?

Ecosystems are connected through the flow of energy and nutrients. Producers, such as plants, transfer energy to consumers, such as animals, through the food chain. Nutrients are also cycled through different organisms, connecting them within the ecosystem.

3. How are humans connected to the environment?

Humans are connected to the environment in many ways. We rely on the environment for resources such as food, water, and shelter. Our actions also impact the environment, as we contribute to climate change, pollution, and habitat destruction.

4. How are cells connected to create tissues and organs?

Cells are connected through specialized structures called cell junctions, which allow them to communicate and work together. This allows cells to form tissues, which then work together to form organs and systems in the body.

5. How are atoms and molecules connected to form matter?

Atoms are connected through chemical bonds, which are formed when atoms share or transfer electrons. These bonds create molecules, which can then combine to form different types of matter, such as solids, liquids, and gases.

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