No, it is not possible.
Because it has 4 equal sides. * * * * * No. That is not enough to make it a regular quadrilateral. A regular polygon must also have equal angles and a rhombus, in general, does not.
When all sides are equal and all interior and exterior angles are equal.
Yes. :] Yes. :]
12Infinitely many all different:As it is only the area that matters, the perimeter can be any shape:An equilateral triangle (with sides approx 3.398 units)A square (with sides approx 2.236 units)A regular pentagon (with sides approx 1.705 units)A regular hexagon (with sides approx 1.387 units)A regular heptagonA regular octagonA regular nonagonA regular decagonA regular hendecagon (11 sided polygon)A regular dodecagon (12 sided polygon)A regular triskaidecagon (13 sided polygon)A regular 14 sided polygonA regular 15 sided polygonA regular 16 sided polygon...A circle (with radius approx 1.262 units)And there are also the non-regular shapes, eg an L shaped hexagon, a kite, a parallelogram which can have an area of 5 square units.
When I was taking a test in math, I had to describe a polygon.
There are only three regular polygons which can make a regular tessellation?
A regular polygon will tessellate if its interior angle divides 360 evenly.
The only regular polygons are those with 3, 4 or 6 sides.
it should make a square leaned over
Yes it can
No, it is not possible.
Because it has 4 equal sides. * * * * * No. That is not enough to make it a regular quadrilateral. A regular polygon must also have equal angles and a rhombus, in general, does not.
When all sides are equal and all interior and exterior angles are equal.
Yes. :] Yes. :]
Yes. An acute triangle has three acute angles so that would make it a regular polygon with congruent sides.
''Decagon'' is any polygon with ten sides and ten angles ''Regular decagon'' is a polygon with ten sides of equal length and all angles equal to 144°