| 1. | The square pyramid in the example above is self-dual.
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| 2. | It can be seen as a square pyramid without its base.
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| 3. | The cube can be cut into six identical square pyramids.
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| 4. | The elongated triangular orthobicupola forms space-filling tetrahedra and square pyramids.
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| 5. | The elongated triangular gyrobicupola forms space-filling tetrahedra and square pyramids.
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| 6. | Cu + Ne 5 is predicted to have a square pyramid shape.
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| 7. | The extra vacant position on the square pyramid is on the base.
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| 8. | It is located at 200 truncated square pyramid.
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| 9. | Atoms with five coordinate positions are usually trigonal bipyramidal or square pyramid in shape.
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| 10. | The elongated triangular cupola can form a tessellation of space with tetrahedra and square pyramids.
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