The inscribed polygon
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A polygon whose vertices are on a circle and whose other points are inside the circle is called a "cyclic polygon." The circle is known as the circumcircle of the polygon, and all the vertices lie on its circumference. In addition to the vertices, the polygon may have additional points that are located within the circle, but those points do not change the cyclic nature of the polygon. Examples include triangles, quadrilaterals, and other polygons as long as their vertices are on the circle.
A half circle does not have traditional sides or vertices like a polygon. It has a curved edge that forms the arc of the circle and a straight edge that serves as the diameter. Since vertices are defined as points where two sides meet, a half circle has no vertices.
== == Inscribed is a polygon inside a circle with all points on a given point in the circle. Circumscribed is a circle inside a polygon with any given point touching just one point on the polygon. Hope this helped.
In a regular polygon, the center is the point that is equidistant from all vertices, and it serves as the center of the inscribed circle (incircle). This incircle is tangent to each side of the polygon, meaning it touches each side at exactly one point. The radius of this incircle is the distance from the center to any of these tangent points. Thus, the center of a regular polygon is also the center of the circle that fits perfectly inside it.
A 7 sided heptagon has 7 points which are its vertices.
A polygon whose vertices are on a circle and whose other points are inside the circle is called a "cyclic polygon." The circle is known as the circumcircle of the polygon, and all the vertices lie on its circumference. In addition to the vertices, the polygon may have additional points that are located within the circle, but those points do not change the cyclic nature of the polygon. Examples include triangles, quadrilaterals, and other polygons as long as their vertices are on the circle.
Inscribed Polygon
The inscribed polygon this is the correct answer trust me thank you love someone
The inscribed polygon this is the correct answer trust me thank you love someone
The vertices are the "points" of a polygon.
A half circle does not have traditional sides or vertices like a polygon. It has a curved edge that forms the arc of the circle and a straight edge that serves as the diameter. Since vertices are defined as points where two sides meet, a half circle has no vertices.
== == Inscribed is a polygon inside a circle with all points on a given point in the circle. Circumscribed is a circle inside a polygon with any given point touching just one point on the polygon. Hope this helped.
In a regular polygon, the center is the point that is equidistant from all vertices, and it serves as the center of the inscribed circle (incircle). This incircle is tangent to each side of the polygon, meaning it touches each side at exactly one point. The radius of this incircle is the distance from the center to any of these tangent points. Thus, the center of a regular polygon is also the center of the circle that fits perfectly inside it.
A 7 sided heptagon has 7 points which are its vertices.
The answer is "n" If the polygon has 3 sides, it also has a Vertices (points) if it has 4, it has 4 Vertices 5 it has 5 etc etc...
Yes, a polygon in which every line segment connecting any two vertices lies entirely inside the polygon is called a convex polygon. In a convex polygon, all interior angles are less than 180 degrees, ensuring that any line segment between two points does not extend outside the shape. Conversely, if any line segment between two vertices lies outside the polygon, it is classified as a concave polygon.
Vertices are the points on a polygon where the sides/edges of a figure come together. A cube, for example, has 8 vertices. The singular form of vertices is vertex.