If you mean "How many diagonals can be drawn from one vertex of a figure with 16 sides", the formula is n-3, where "n" being the number of sides of the figure. So 16-3 = 13 diagonals that can be drawn from one vertex.
A diagonal in a shape is a straight line from one vertex to another vertex (corner).
13 The correct answer is 12. From any one vertex, you can draw a diagonal to all but 3 vertices: the vertex itself and the next vertex on either side of your vertex (these would be sides of your shape, not diagonals).
The diagonals of a square bisect each corner or vertex of the square.
it's just a vertex to a another vertex besides the sides itself
Using the formula 0.5(n^2 -3n) whereas n is number of sides, altogether there are 104 diagonals in a 16 sided polygon
A diagonal in a shape is a straight line from one vertex to another vertex (corner).
None. By definition a diagonal goes from one vertex to another vertex and so each diagonal MUST have two vertices.
It is called a diagonal and goes from any vertex to the next-but-one vertex.
The diagonals of a square bisect each corner or vertex of the square.
it's just a vertex to a another vertex besides the sides itself
a vertex is a line to a point
A cone has one vertex and one edge.
A hexagon has 9 diagonals. Each vertex of a n-sided polygon can be connected to n - 3 others with diagonals. Thus n(n - 3) possible diagonals. However, when Vertex A is connected to vertex C, vertex C is also connected to vertex A, thus each diagonal is counted twice. Thus: number_of_diagonals = n(n - 3)/2 = 6(6-3)/2 = 6x3/2 = 9
no
The number of Diagonals in one vertex of a Triangle is 0 (zero)..
A cone has one circular base and a vertex that is not on the base.as described on math.com
depends on what shape that vertex is in