dont ask me, ask mathematicions
fIRST OF ALL A HEXAGON IS 2-D NOT 3-D
We first need to assume it is a regular hexagon, otherwise the rules will not apply. If we let L be the length of one side of the hexagon, the the area A = 3(√(3))/2 multiplied by L2 or A=(3(√3)/2)×L2
It is possible, but not necessary. A hexagon can have 0, 2, 3, 4, 5, or 6 parallel sides. A regular hexagon has 3 parallel sides.
A hexagon can have rotational symmetry of order 1, 2, 3 or 6.
You get 6 triangles.
To represent 3 halves as a fraction, you can write it as 3/2. This fraction means you have 3 parts out of a total of 2 equal parts. Visually, you can draw a rectangle divided into 2 equal parts and shade in 3 of those parts to represent 3 halves.
No. A crystal is a 3-dimensional shape, a hexagon is 2-dimensional.
Hexagon: 6*(6-3)/2 = 9Heptagon: 7*(7-3)/2 = 14
shade in 6 then divide the next circle, square, ect.. into 10ths then shade in 3 parts.
eight
dont ask me, ask mathematicions
A hexagon can have 0, 2, 3, 4, 5 or 6 parallel sides. A regular hexagon has 3 sets of parallel sides.
fIRST OF ALL A HEXAGON IS 2-D NOT 3-D
For a regular hexagon it is: area_regular_hexagon = 3/2 × √3 × side_length²
We first need to assume it is a regular hexagon, otherwise the rules will not apply. If we let L be the length of one side of the hexagon, the the area A = 3(√(3))/2 multiplied by L2 or A=(3(√3)/2)×L2
It is possible, but not necessary. A hexagon can have 0, 2, 3, 4, 5, or 6 parallel sides. A regular hexagon has 3 parallel sides.