A segment that connects any two non-consecutive vertices in a polygon is called a "diagonal." Diagonals are line segments that do not lie along the edges of the polygon and can be drawn between vertices that are not adjacent. In a polygon with ( n ) vertices, the total number of diagonals can be calculated using the formula (\frac{n(n-3)}{2}).
It is a diagonal.
A line segment in a polygon connecting any two nonconsecutive vertices is called a diagonal.
Any two vertices of a triangle are connected by a side.
Because it has only 3 sides and a polygon must have 4 or more sides to have diagonals. A diagonal of a polygon is a line segment which connects two non-adjacent vertices. Since from any vertex of a triangle, you are adjacent to both of the other vertex, there are not any non-adjacent vertices.
It is the line segment between any two consecutive whole numbers.
It is a diagonal.
A line segment in a polygon connecting any two nonconsecutive vertices is called a diagonal.
Any two vertices of a triangle are connected by a side.
A segment connecting any two non-adjacent vertices in a polygon is called
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diagonal
Because it has only 3 sides and a polygon must have 4 or more sides to have diagonals. A diagonal of a polygon is a line segment which connects two non-adjacent vertices. Since from any vertex of a triangle, you are adjacent to both of the other vertex, there are not any non-adjacent vertices.
It is the line segment between any two consecutive whole numbers.
The line segment is the radius of a circle that connects the center of a circle to any point on its circumference.
A chord is a line segment which connects any two points on a circle.
A diagonal.
A chord.