Each interior angle of a regular polygon that tessellates by itself is a factor of 360°.
yes
Yes, a regular polygon is always equiangular.
No. A hexagon is always a polygon, but the reverse isn't true.
no
No. An equilateral polygon with 5 or with 7 or more sides will not tessellate a plane.
Each interior angle of a regular polygon that tessellates by itself is a factor of 360°.
All sorts. For starters, no convex polygon with more than six sides tessellates, and various polyominoes of seven or more squares don't.
CHARACTERISTICS OF REGULAR POLYGON WHICH CAN TESSELLATE:1. Polygon must be regular convex polygon which means that every angle and sides are equal in measurement.2. Measurement of every corner angle must be divisible by 360, thus, (n-2) | 2n.3. Polygon must have the number of sides of either 3, 4, or 6.
No, it will not tessellate.
A Square is a polygon that is always regular.
yes
Yes, a regular polygon is always equiangular.
No. A hexagon is always a polygon, but the reverse isn't true.
A rhombus tessellates.
no
Yes, squares can tessellate.