It is used in the formula for finding the sum of the interior angles of a polygon:- (n-2)*180 = sum of interior angles whereas 'n' is the number of sides of the polygon
The term regular polygon is almost always used to refer to a polygon that has equal interior angles and equal side lengths. In that light, the equiangular polygon and a regular polygon are the same thing.
The term congruent is used in comparing two geometrical figures, it does not fit in this context. The angles of a regular polygon are equal.
-- quadrilateral -- parallelogram
Degrees are used to measure angles, not the lengths of sides.
a cube because its used in the real world plus its not a polygon
Right angles are used in architecture. All buildings are essentially based off of right angles (from the ground to a wall).
It is used in the formula for finding the sum of the interior angles of a polygon:- (n-2)*180 = sum of interior angles whereas 'n' is the number of sides of the polygon
The term regular polygon is almost always used to refer to a polygon that has equal interior angles and equal side lengths. In that light, the equiangular polygon and a regular polygon are the same thing.
This is a 21 sided polygon and therefore has 21 angles. NOTE : The name supplied for this polygon is an artificial name and never used in practice. General usage refers to this shape as a 21-gon.
The term congruent is used in comparing two geometrical figures, it does not fit in this context. The angles of a regular polygon are equal.
-- quadrilateral -- parallelogram
Degrees are used to measure angles, not the lengths of sides.
To avoid confusion as to which vertex or side you are talking about.
To find the sum of the interior angels of the formula (n-2)*180 is used. The 'n' represents the number of sides. The sum of he interior angles of a nine sided polygon would be (9-2)*180=1260.
The formula is sum of interior angles = (n - 2)*pi radiansor (n - 2)*180 degrees.
without geometry, we cant build a house in a right manner because, we need to now the angles and the right measurements....