No. They may be of different sizes.
yes -novanet
If all the angle and side measures are the same, then yes, they're all congruent.
A polygon in which all sides are congruent and all angles are congruent is called a regular polygon. Examples include equilateral triangles and regular hexagons. In these shapes, not only are the lengths of the sides equal, but the measures of the interior angles are also equal. Regular polygons exhibit symmetry and uniformity in their structure.
Yes, when three congruent regular hexagons overlap, they can create multiple distinct areas or compartments. Each pair of hexagons can intersect in a way that forms additional regions, and the intersection of all three can yield further compartments. The total number of distinct areas can exceed six, depending on the specific arrangement and overlap of the hexagons. By strategically positioning them, you can create a complex pattern with numerous distinct regions.
Nope. They can be any shape or size meaning they CAN be congruent.
yes -novanet
No, one regular hexagon could be larger than another regular hexagon.
Yes.
If all the angle and side measures are the same, then yes, they're all congruent.
A polygon in which all sides are congruent and all angles are congruent is called a regular polygon. Examples include equilateral triangles and regular hexagons. In these shapes, not only are the lengths of the sides equal, but the measures of the interior angles are also equal. Regular polygons exhibit symmetry and uniformity in their structure.
Yes, when three congruent regular hexagons overlap, they can create multiple distinct areas or compartments. Each pair of hexagons can intersect in a way that forms additional regions, and the intersection of all three can yield further compartments. The total number of distinct areas can exceed six, depending on the specific arrangement and overlap of the hexagons. By strategically positioning them, you can create a complex pattern with numerous distinct regions.
yesss
Nope. They can be any shape or size meaning they CAN be congruent.
A hexagonal prism.
a "regular" one
No. In a regular polygon, all sides are congruent, and all angles are congruent. A parallelogram doesn't satisfy either of these conditions.No. In a regular polygon, all sides are congruent, and all angles are congruent. A parallelogram doesn't satisfy either of these conditions.No. In a regular polygon, all sides are congruent, and all angles are congruent. A parallelogram doesn't satisfy either of these conditions.No. In a regular polygon, all sides are congruent, and all angles are congruent. A parallelogram doesn't satisfy either of these conditions.
Squares are regular all the time. Diamonds, hexagons and pentagons are sometimes regular.