Assuming a rectangular box, there would be 8 vertices (vertices mean corners)
Vertices = Corners
If you mean a nonagon then it has 9 vertices and 9 sides
Vertices are corners. Thus, there are 4 corners in a square.
The answer depends on what you mean by "solve" a polygon. Do you want to find the number of sides or vertices, or lengths of sides, or measures of angles, or their sum, or the area of the polygon or its perimeter? And the answer, in most cases, will depend on what information you do have.The answer depends on what you mean by "solve" a polygon. Do you want to find the number of sides or vertices, or lengths of sides, or measures of angles, or their sum, or the area of the polygon or its perimeter? And the answer, in most cases, will depend on what information you do have.The answer depends on what you mean by "solve" a polygon. Do you want to find the number of sides or vertices, or lengths of sides, or measures of angles, or their sum, or the area of the polygon or its perimeter? And the answer, in most cases, will depend on what information you do have.The answer depends on what you mean by "solve" a polygon. Do you want to find the number of sides or vertices, or lengths of sides, or measures of angles, or their sum, or the area of the polygon or its perimeter? And the answer, in most cases, will depend on what information you do have.
6 vertices.
Did you mean vertices? A rectangular prism would have 8 vertices.
Assuming a rectangular box, there would be 8 vertices (vertices mean corners)
Vertices = Corners
If you mean a nonagon then it has 9 vertices and 9 sides
Vertices are corners. Thus, there are 4 corners in a square.
Assuming you mean a rectangular pyramid, the answer is 5 vertices.
count the corners
If you mean vertices then they are the corners of polygons.
Vertices is the plural of the word vertex. A vertex is a corner where lines meet.
If you mean how many vertices are on an octagonal based pyramid then it has 9 vertices.
A cubic function is a smooth function (differentiable everywhere). It has no vertices anywhere.