It connects two vertices which are not adjacent to one another.
The length of a diagonal ( IS ) depends on the context, such as the dimensions of a specific shape (like a rectangle, square, or polygon) where these points are defined. If you provide the coordinates or the specific shape involving points ( I ) and ( S ), I can help you calculate the length of the diagonal. Otherwise, it's not possible to determine the length without additional information.
A cylinder does not have diagonals in the same way that polygons do, as it is a three-dimensional shape. However, if you consider the line segments that can connect points on the curved surface and the two circular bases, you can think of the connections between points on the two bases. In a cylinder, you can connect points on the top base to points on the bottom base, but these are not classified as diagonals. Thus, the concept of diagonals is not applicable to a cylinder.
A concave polygon.
When the graph is continues, and it doesn't drop... when it moves at a steady rate and doesn't go up, down or in an other direction only strait in a diagonal line. :)
A regular pentagon can always be drawn through any two given points with those two points as any two vertices of the pentagon. (Diagonals of a pentagon connect two vertices which are not next to each other.)
It is a convex polygon.
A convex polygon
There is no specific name.
A line segment drawn between two points of a polygon that lies entirely within the polygon is called a "diagonal." Diagonals connect non-adjacent vertices of the polygon, providing a way to explore the internal structure of the shape. In contrast, line segments that connect adjacent vertices are referred to as the sides of the polygon.
A diagonal is a straight line connecting two non-consecutive points in a four or more sided polygon without overlapping any of the sides.
zigzag
zigzag