Assertion: regular polygon's angle | /r/HasProperty | equal
Facets:
value: to 180 degrees
type: OTHER
value: in a convex polygon
type: LOCATION
value: to exterior angle
type: OTHER
value: to one another
type: OTHER
value: in measure
type: OTHER
value: in square
type: LOCATION
value: to 140°
type: OTHER
value: to 72
type: OTHER
value: in equilateral triangle
type: LOCATION
value: for an n-sided polygon
type: TRANSITIVE-OBJECT
value: to every other interior
type: OTHER
Source sentences:
text: In Euclidean geometry, a regular polygon is a polygon that is equiangular (all angles are equal in measure) and equilateral (all sides have the same length).
text: A regular polygon has sides of equal length, and all its interior angles are of equal size.
text: A regular polygon is one that has equal sides and equal interior angles.
text: That means that $\measuredangle{P_1BS}=54^{\circ}$, because segment $\overline{BS}$ divides an interior angle $\angle{ABC}$ of a regular pentagon into two angles both of equal measures.
text: All edges and internal angles are equal.
text: Every interior and exterior angle in the regular polygon is equal to every other interior and exterior angle, and every side is equal in length to every other side.
text: A regular polygon is equilateral (it has equal sides) and equiangular (it has equal angles).
text: A regular polygon is a polygon whose interior angles are all equal.
text: All interior angles in a regular polygon are equal (interior angles are congruent).
text: It is important to remember that all the internal angles of a regular polygon are equal.
text: Opposite sides are parallel, opposite sides are equal in length, opposite angles are equal.
text: Furthermore, if the shape is a regular polygon (all angles and length of sides are equal) then you can simply divide the sum of the internal angles by the number of sides to find each internal angle.
text: A regular polygon is a polygon whose edges are all equal and whose angles are all equal.
text: But now that we found angle AMH, well, the angle we’re interested in is the vertical angle that so has to be equal.
text: In summary, regular polygons have all equal sides and all equal angles.
text: For an n-sided polygon, the central angle will be equal to three hundred and sixty degrees divided by n (360° ÷ n).
text: All the dihedral angles of the polyhedron are equal
text: If all the sides and interior angles of the polygon are equal, then it is known as a regular polygon.
text: Every side is equal in length to every other side, and every interior angle is equal to all other interior angles.
text: Irregular polygons are polygons that have unequal angles and unequal sides, as opposed to regular polygons which are polygons that have equal sides and equal angles.
text: All the interior angles are equal.
text: The angle in orange or x is equal to 72 divided by 2 or 36 degrees.
text: The interior angles of a regular polygon are all equal to 140°.
text: Polygon in which all the sides are equal and all the interior angles are equal is called as a regular polygon.
text: If the octagon is a regular octagon (all eight sides and all eight angles are equal), then it is a regular polygon.
text: Also opposite sides are parallel and opposite angles are equal.
text: Also opposite angles are equal (angles "A" are the same, and angles "B" are the same).
text: A tangential polygon (one that has an incircle tangent to all its sides) is equilateral if and only if the alternate angles are equal (that is, angles 1, 3, 5, ... are equal and angles 2, 4, ... are equal).
text: In a convex polygon, all interior angles are less than or equal to 180 degrees, while in a strictly convex polygon all interior angles are strictly less than 180 degrees.
text: If the angles are all equal, and all the sides are equal in length, it is a regular polygon.
text: All the interior angles in a regular polygon are equal.
text: The two angles are equal.
text: Since the polygon is regular, all sides and angles are equal, so each turn at each vertex is the same, and of size #360°/15 =
text: If all the sides and angles of a polygon are equal, then the polygon is called a regular polygon, otherwise it is called an irregular polygon.
text: Equilateral triangle and square are examples of regular polygon because in equilateral triangle and square, all the sides and all the angles are equal.
text: In an equiangular polygon, all angles are equal and at least one side doesn’t match the length of the others.
text: A regular polygon is both equilateral and equiangular; it has total symmetry — equal sides and equal angles.
text: suppose we only know that the interior angle is equal to 108 degrees.
text: the exterior angle is equal to 105 degrees.
text: A polygon with all sides having equal length and all angles are equal is called as regular polygon.
text: (i) interior angles are equal;
text: (iii) exterior angles are equal.
text: that is, if and only if all the sides have the same length and all the angles are equal.
text: Since the angles are equal, we can divide the sum of the angles by five.
text: The other two angles must be equal: call them x.
text: The other two angles are equal: call them each x.
text: A regular polygon is a polygon with all its sides equal, and in Euclidean Geometry, this means all its angles will be equal as well.
text: The sides and interior angles of a regular polygon are all equal.
text: The interior angles of a regular polygon are all equal.
text: The polygon could be regular (all angles are equal and all sides are equal) or irregular
text: For a regular polygon with #n# sides, the exterior angle of any side is equal to
text: This tells us that the polygon is a regular polygon because all the interior angles are equal in measure.
text: A regular polygon then has all angles that are equal to one another and all side lengths that are equal to one another.
text: A regular polygon then has all angles that are equal to one another and all side lengths that are equal to one another.
text: each interior angle would be equal to 180 * 13 / 15 = 156 degrees.
text: each exterior angle would be equal to 360 / 15 = 24 degrees.