6 obtuse angles, 120* each
6 Reflex angles, 240* each
If the hexagon's sides and angles are congruent, then it a regular hexagon.
No, a regular pentagon is not similar to a regular hexagon. Similar figures have the same shape but may differ in size, meaning their corresponding angles are equal and their corresponding sides are proportional. A regular pentagon has five equal angles of 108 degrees each, while a regular hexagon has six equal angles of 120 degrees each, making their angles different and thus not similar.
A regular hexagon as no right angles. An irregular hexagon could have from none to as many as five right angles.
It is a regular hexagon.
All the interior angles in a hexagon are 120 degree's, making them obtuse angles.
If the hexagon's sides and angles are congruent, then it a regular hexagon.
If you changed the angles, the hexagon would become irregular. The angles can be changed, but not to form another regular hexagon. That is the rule. The total angles will be 720 degrees.
A square has 4 equal sides whereas a regular hexagon has 6 equal sides
A regular hexagon has six equal internal angles of 120 degrees. None of them are right-angles !
If it is a regular hexagon, there should be no right angles within it.
No, a regular pentagon is not similar to a regular hexagon. Similar figures have the same shape but may differ in size, meaning their corresponding angles are equal and their corresponding sides are proportional. A regular pentagon has five equal angles of 108 degrees each, while a regular hexagon has six equal angles of 120 degrees each, making their angles different and thus not similar.
A regular hexagon as no right angles. An irregular hexagon could have from none to as many as five right angles.
The 6 interior angles of a hexagon add up to 720 degrees.
no
It is a regular hexagon.
No. All interior angles of the regular hexagon are 120 degrees. The only regular polygon with acute angles is the equilateral triangle (60 degrees)
All the interior angles in a hexagon are 120 degree's, making them obtuse angles.