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Lana drew a design using the same number of hexagons and octagons The design has 42 sides How many hexagons are in the design?
3
Is there such thing as a 3D hexagon?
No. Regular hexagons tessellate and cannot form a 3-d shape.No. Regular hexagons tessellate and cannot form a 3-d shape.No. Regular hexagons tessellate and cannot form a 3-d shape.No. Regular hexagons tessellate and cannot form a 3-d shape.
How many sides does 3 hexagons and 4 hexagons have together?
There are (3*6)+(4*6) = 42 sides
How many faces 3d hexagon?
8 * * * * * There is no 3-D shape made from regular hexagons. The previous answer may refer to a hexagonal prism. But that is not a 3-D hexagon: the shape has two hexagonal faces and six rectangles - not just hexagons.
How many intersects are there for 4 lines?
Maximum 12 intersections are there! You can simply use the formula: No. of intersections = n(n-1)/2 [where 'n' is the number of lines] This is derived as each new line can intersect (at most) all the previously drawn lines. There if there is: 1 line => 0 intersections 2 lines => 1 intersection 3 lines => 3 intersections [1 that was there + 2 by the new line can intersect both the previous lines.] 4 lines => 6 intersections [3 that were already there + 3 because the new line can intersect all the 3 lines that were present previously.]
How many vertices do 3 hexagons have?
A 6 sided hexagon has 6 vertices and so 3 hexagons will have 3*6 = 18 vertices
How many vertices does 3 hexagons and 8 rectangles have all together?
how many vertices does 3 hexagons and 8 rectangles have all together
What is the fraction of 2 hexagons and 1 trapezoid?
The fraction of 2 hexagons and 1 trapezoid would be represented as 2/3.
What is the greatest number of intersection points possible with just 5 lines?
10. Each additional line can only intersect each of the previous lines once, so for two lines, there can be only 1 intersection, for three there can be up to 3 intersections (1+2), for four there can be up to 6 intersections (3+3), and for five there can be up to 10 (6+4). This trend continues as you increase the number of lines: 6 lines: 15 possible intersections (10+5) 7 lines: 21 possible intersections (15+6) 8 lines: 28 possible intersections (21+7) and so on...
How can a hexagon be translated into a tessellation?
A regular hexagon and 3 classes of convex hexagons, plus concave hexagons will tessellate.
How many rhombus patterns does it take to make 3 hexagons?
3
How many sides are there on 3 hexagons?
18 sides
