A hexagon could be any of those, and more than one at the same time.
If it's regular, then it's all the others except 'concave'. On the other hand,
if it's concave, then it's not any of the others.
Any polygon that's equilateral must be equiangular.
Yes. Any polygon with more than 3 sides can be equiangular without being equilateral or equilateral without being equiangular.
Okay. What do you want to know? No information can be drawn from that statement. No information can be given to you because you are too ambiguous. All sides congruent, by definition, makes the shape equilateral. But there is no guarantee that it is equiangular and therefore it isn't necessarily a regular polygon. Hexagons have six sides. If all sides are congruent then the perimeter is six times the length of one side and the length of one side is one-sixth the length of the perimeter. Aside from general size, an equilateral hexagon can come in only two unique types: concave and convex. For any given side-length/perimeter, there are only two possible equilateral hexagons. The area of an equiangular equilateral hexagon is 3/2*(length of one side)*(length of one side)*(square root of 3).
Not sure what equalingulat means, but a hexagon is usually not equiangular.
A hexagonal nut has the shape of an equilateral hexagon
Are equiangular hexagons equilateral? Image result for An equiangular hexagon that is not a=equilateral? Equiangular hexagons An equilateral hexagon with 1:2 edge length ratios, with equilateral triangles. This is spirolateral 2120°.
Any polygon that's equilateral must be equiangular.
Yes. Any polygon with more than 3 sides can be equiangular without being equilateral or equilateral without being equiangular.
if the measure of each interior angle of a polygon is 150 degrees how amny sides does it have?
Yes. Just grip a regular hexagon by a pair of opposite sides and stretch it out.
Unless it is also equilateral, ie a regular hexagon, then none.
concave, equilateral
Okay. What do you want to know? No information can be drawn from that statement. No information can be given to you because you are too ambiguous. All sides congruent, by definition, makes the shape equilateral. But there is no guarantee that it is equiangular and therefore it isn't necessarily a regular polygon. Hexagons have six sides. If all sides are congruent then the perimeter is six times the length of one side and the length of one side is one-sixth the length of the perimeter. Aside from general size, an equilateral hexagon can come in only two unique types: concave and convex. For any given side-length/perimeter, there are only two possible equilateral hexagons. The area of an equiangular equilateral hexagon is 3/2*(length of one side)*(length of one side)*(square root of 3).
Yes, a hexagon can be equilateral if it has six equal sides, which will give it six equal interior angles
If it's a regular hexagon, it can't be concave. If it's an irregular hexagon,then it can be concave if it wants to, but it doesn't have to be.
YES
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