The opposite sides are parallel
The statement is not generally true. It is true only for regular hexagons. Join the centre of the hexagon to three alternating vertices. You will have formed three rhombi in the hexagon.
There is no such thing. A hexagon is a two dimensional figure. A three dimensional figure with six vertices is an octahedron.
A regular hexagon has 6 parallel sides (3 pairs)
If it's a 'regular' hexagon, then it has three pairs of parallel lines. If the hexagon isn't 'regular', then it's not possible to answer the question with the information given in it.
The opposite sides are parallel
It has 6 sides and 6 interior angles that add up to 720 degrees
If the hexagon is regular, there are three sets.
It only takes to diamonds to form a hexagon, but three if it is a regular hexagon.
A hexagon is a closed 2-dimensional shape bounded by six straight sides. It has six vertices and its interior angles sum to 4*pi radians (720 degrees).
A hexagon have three diamonds. Two perfect diamonds attach together and the third diamond cut into half to create a hexagon. I know it can be a bit confusing but that is the logic of have three diamonds in a hexagon.
The statement is not generally true. It is true only for regular hexagons. Join the centre of the hexagon to three alternating vertices. You will have formed three rhombi in the hexagon.
A regular hexagon has three pairs of parallel sides. An irregular hexagon can have two, one or none.
There is no such thing. A hexagon is a two dimensional figure. A three dimensional figure with six vertices is an octahedron.
You will probably have more than three attributes. However, you should choose the attributes that also relate well with the position for which you are applying.
it honestly is three
A hexagon (6 sides) has three sets of parallel sides.