yes... this figure does tessellate
No it does not tessellate you have to pentagons in order for it to tessellate. * * * * * It is not at all clear what "have to pentagons" has to do with this. No polygon with 7 or more sides will tessellate. Octagons will tessellate if mixed with squares but that is not "proper" tessellation since it involved more than one shape.
A regular pentagon will not tessellate.
A regular hexagon will tessellate.
Yes, they can tessellate provided they are suitably matched.
A rhombus does tessellate.
All Rhombuses tessellate.
All of them - except that the correct name is rhombus.
rhombuses can not be a tessellate because they do not fit together like there supposed to. * * * * * The above answer is incorrect! All quadrilaterals, including rhombuses, can tessellate. In fact, rhombic tessellation is illustrated in the accompanying graphic.
A square, rectangle, rhombus, parallelogram, trapezium, kite and arrowhead will tessellate. Other quadrilaterals will not.
A rhombus is a polygon. A rhombus is a 4 sided shape and an 'equilateral quadrilateral' (all sides are the same length). Opposite angles are equal in a rhombus. A rhombus can tessellate. A rhombus has two lines of symmetry, joining its opposite corners. A rhombus also has rotational symmetry. A kite is a rhombus, and has rotational symmetry of both 180 degrees as well as 360 degrees, A rhombus is not a regular polygon as all angles have to be congruent for it to be classed as regular.
No cones can not tessellate.
A square will tessellate leaving no gaps or overlaps but a circle does not tessellate.
Yes * * * * * No. A star will not tessellate.
yes... this figure does tessellate
No, it can't be tessellate.
Tessellate is a verb. You were correct