There are an infinite number of shapes in this world. It would help both of us if you could be more specific. Regular or irregular, two-dimensional or three-dimensional, corners or vertices, etc.
triangle
circle: no corner triangle: 3 corners rectangle and square:4 corners pentagon:5 corners
This all depends on the shape. Different shapes have different face, edges, vertices.
Every shape that is round does not have edges. A shape that has sharp points and has straight lines can have edges.
It is a cuboid or a cube
triangle
All of them apart from a circle
circle: no corner triangle: 3 corners rectangle and square:4 corners pentagon:5 corners
It has 4 faces, 4 corners, and 4 edges, but two edges are different from each other. All the corners are right angles.
This all depends on the shape. Different shapes have different face, edges, vertices.
A coroner is an official who leads investigations into deaths in violent or suspicious conditions. It is not clear that there are any particular shapes that reduce their numbers.If you meant corners, then in 2-dimensional space is any closed curve such as a circle, an ellipse, an oval or even an irregular shape have zero corners. These shapes have their 3 dimensional counterparts, also with no corners.
6 faces 12 edges 8 corners The sum equals 26 of all three parts combined.
Yes
Every shape that is round does not have edges. A shape that has sharp points and has straight lines can have edges.
It is a cuboid or a cube
Shapes that do not have vertices are typically curves or circular forms. A common example is a circle, which is defined as the set of all points equidistant from a central point, lacking any corners or edges. Other examples include ellipses and ovate shapes, all characterized by their smooth, continuous curves.
A circle does not have sides or corners in the traditional sense, as it is defined as a shape consisting of all points equidistant from a central point, forming a continuous curve. Unlike polygons, which have straight edges and vertices, a circle is characterized by its smooth, curved boundary. The concept of "sides" and "corners" applies to shapes with angles and edges, which a circle inherently lacks. Thus, while we can discuss the circle's radius and diameter, it fundamentally does not possess sides or corners.