It can, by itself.
studis mma!!
A rectangle has 4 equal angles but is not a regular polygon. So I would say no. However, I cannot think of another polygon that disobeys the rule...?! * * * * * Think laterally. Literally laterally! Consider any regular polygon. Select a side and move it in (or out) parallel to itself. Stretch or truncate it as required. You will then have a polygon that remains equiangular but is no longer equilateral - and so not regular.
The answer depends on the polygon itself and what information you have about it. There are different formulae for different situations.
Triangles, squares and hexagons.
No, it is not true that you cannot tessellate a six-sided polygon by itself. Hexagons are a type of polygon that can tessellate, which means they can be arranged in a repeating pattern to completely cover a plane without any gaps or overlaps.
There cannot be a similar polygon by itself. One polygon is similar to another if all of their corresponding angles are equal. This requires that the lengths of corresponding sides are in the same ratio: that is, if one polygon is a dilation of the other.
studis mma!!
No, a line is not a polygon. A polygon is a closed plane area bounded by straight sides. A line, by itself, does not contain an area.
A polygon is a plane area which is bounded by straight lines. Its face, therefore, is itself.
A rectangle has 4 equal angles but is not a regular polygon. So I would say no. However, I cannot think of another polygon that disobeys the rule...?! * * * * * Think laterally. Literally laterally! Consider any regular polygon. Select a side and move it in (or out) parallel to itself. Stretch or truncate it as required. You will then have a polygon that remains equiangular but is no longer equilateral - and so not regular.
Fermium can be combined with itself. However, all you'd get is a bigger piece of Fermium.
A polygon itself doesn't have a specific number of centimeters—it depends on the dimensions of the polygon. To clarify: A polygon is defined by the number of sides it has, not by a specific measurement. The length of each side can be measured in centimeters, but that varies depending on the size of the polygon. For example: A triangle (a polygon with 3 sides) could have sides that are 5 cm each, or 10 cm each, etc. A square (a polygon with 4 sides) could have sides that are 4 cm each, or any other length. So, to answer the question: the number of centimeters a polygon has depends on the lengths of its sides, which is not a fixed property for all polygons.
The answer depends on the polygon itself and what information you have about it. There are different formulae for different situations.
Triangles, squares and hexagons.
A regular pentagon
area of a polygon is the amount of area inside the polygon. A square is a polygon and its area is the side length squared, ie times itself. Some polygons are harder to find the area of.
No, it is not true that you cannot tessellate a six-sided polygon by itself. Hexagons are a type of polygon that can tessellate, which means they can be arranged in a repeating pattern to completely cover a plane without any gaps or overlaps.