City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3)...

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Transcript of City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3)...

Page 1: City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3) Fig. 7 edge of (3, 4, 3) is 1 then the distance between the opposite vertices is 2.
Page 2: City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3) Fig. 7 edge of (3, 4, 3) is 1 then the distance between the opposite vertices is 2.
Page 3: City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3) Fig. 7 edge of (3, 4, 3) is 1 then the distance between the opposite vertices is 2.
Page 4: City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3) Fig. 7 edge of (3, 4, 3) is 1 then the distance between the opposite vertices is 2.
Page 5: City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3) Fig. 7 edge of (3, 4, 3) is 1 then the distance between the opposite vertices is 2.
Page 6: City University of New Yorkfsw01.bcc.cuny.edu/ivan.horozov/Tesselations.pdf · Fig. 6. (3, 4, 3) Fig. 7 edge of (3, 4, 3) is 1 then the distance between the opposite vertices is 2.