A sphere.A sphere.A sphere.A sphere.
A sphere cannot be stacked tightly together. (It can't tessellate) A cube for example can and therefore maximizes storage space.
Regular pentagons will not tessellate but there are 15 classes of convex pentagons – the latest discovered in 2015 – which will tessellate.
Yes, you can.
None. It is not possible to make a sphere in that fashion.
A sphere.A sphere.A sphere.A sphere.
It is possible to tessellate a plane with squares, triangles, and hexagons. To tessellate something means to cover it with repeated use of a single shape, without gaps or overlapping.
A sphere cannot be stacked tightly together. (It can't tessellate) A cube for example can and therefore maximizes storage space.
Yes
You cannot blanket a large sphere wit smaller spheres because spheres cannot tessellate. There are always gaps between adjacent spheres and so no blanketing is possible.
no it cant be unless you use pentagons and octagons like on a soccer ball * * * * * That is an unbelievably rubbish answer! Tessellation - unless otherwise specified - refers to covering a 2-d surface, not the surface of a sphere. Normal soccer balls do not have pentagons and octagons but pentagons and hexagons.
It is possible, but not always true.
Regular pentagons will not tessellate but there are 15 classes of convex pentagons – the latest discovered in 2015 – which will tessellate.
It is not possible to have a sphere that is 11 cm x 1 cm.It is not possible to have a sphere that is 11 cm x 1 cm.It is not possible to have a sphere that is 11 cm x 1 cm.It is not possible to have a sphere that is 11 cm x 1 cm.
It is certainly possible to draw a 2 dimensional picture of a sphere, and make it look like a true sphere.
Yes, you can.
None. It is not possible to make a sphere in that fashion.