15
3
A 6 sided hexagon has 6 vertices and so 3 hexagons will have 3*6 = 18 vertices
You cannot make a hexagon out of rectangles and so you will never be able to make the two bases of the hexagonal prism. And these two hexagons, after all, are what give the shape its name.
A sphere has no corners, it is a 3-D circle.
Add one to a hexagons number of vertices
7 of them.
A sphere composed entirely of hexagons is typically referred to as a "hexagonal tiling" or "hexagonal tessellation." However, in the context of geometric structures, it can also be described as a "hexagonal sphere." This configuration is reminiscent of a geometric shape known as a "geodesic dome," where hexagons are used in conjunction with pentagons to create a spherical shape, but strictly hexagonal arrangements do not close perfectly without gaps.
20 hexagons
3
Infinitely many - if you have an infinite supply of the materials from which they are made.
None. It is not possible to make a sphere in that fashion.
Steel companies make steel bars in hexagons
4 hexagons; A hexagon has 6 sides, thus, if you have 4 hexagons, 4x6=24
idk, how about you stop being lazy & count a socccer ball. (: kthanks. a soccer ball is a sphere and not a circle. nice try on being a smartass. without the diameter given the amount of hexagons in a circle is infinite. as I'm sure the one who posed this question knows. the library of babel is a literary piece describing the infinite nature of this very paradigm.
Infinitely many. You can make a very, very long chain of hexagons, for example.
To determine how many rhombuses can make four hexagons, we first need to understand the relationship between the shapes. A regular hexagon can be divided into six equilateral triangles, and if we consider a rhombus made of two triangles, it would take three rhombuses to create one hexagon. Therefore, for four hexagons, you would need 4 hexagons × 3 rhombuses/hexagon = 12 rhombuses in total.
there is 7 hexagons in the design