A polygon does not grow by a one-dimensional object; rather, it consists of two-dimensional shapes defined by a finite number of straight line segments. A one-dimensional object, such as a line, has only length and no width or area, which means it cannot form or expand a polygon on its own. Instead, polygons can be transformed or scaled while remaining two-dimensional, but the addition of a one-dimensional element would not constitute growth in the polygon's geometry.
Yes, a polygon can conceptually grow from a zero-dimensional object, such as a point. By expanding a point outward in multiple directions, you can create a line segment (one-dimensional), and by further extending it into a closed shape, you can form a polygon (two-dimensional). This process illustrates how dimensions can evolve from simpler forms.
It could be a pyramid.
A line segment can grow into a three-dimensional object through a process called extrusion or revolution. In extrusion, the line segment can be extended along a path, creating a solid shape like a cylinder or prism. In revolution, rotating the line segment around an axis can form a three-dimensional object such as a sphere or cone. This transformation involves the addition of depth and surface area to the initial one-dimensional form.
Because polyhedron means 'many faces' - a polygon is a two-dimensional shape - it only has one face.
A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.
Yes, a polygon can conceptually grow from a zero-dimensional object, such as a point. By expanding a point outward in multiple directions, you can create a line segment (one-dimensional), and by further extending it into a closed shape, you can form a polygon (two-dimensional). This process illustrates how dimensions can evolve from simpler forms.
A circle is one example of a plane figure that is not a polygon. A V is also not a polygon.
It could be a pyramid.
A line segment can grow into a three-dimensional object through a process called extrusion or revolution. In extrusion, the line segment can be extended along a path, creating a solid shape like a cylinder or prism. In revolution, rotating the line segment around an axis can form a three-dimensional object such as a sphere or cone. This transformation involves the addition of depth and surface area to the initial one-dimensional form.
This question is very difficult to answer because of the ambiguity of what an "arrow" is. An arrow that you might fire from a bow is a three dimensional object and so is not a polygon. An arrow drawn as a straight line with a direction indicator at its head with or without tail feathers (for example <|----<< : oh, the graphics on this browser are so good, aren't they!) is not a polygon because the shaft is a line: a 1-dimensional object. An arrow such as the default one used to represent the cursor in Windows is a concave heptagon.
Because polyhedron means 'many faces' - a polygon is a two-dimensional shape - it only has one face.
It can be a triangular based pyramid
A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.A square is a 2-dimensional object. It has only one face and four sides.
A polygon must be a 2-dimensional object so it cannot have any thickness (such as a sheet of paper), not can it have any curvature. So a picture on your TV screen - but only if it is a flat screen - is likely to be one of the few true examples.
A polygon is made up only of line segments. If a 2-dimensional closed figure has even one curve line, then it is not a polygon.
A line.
line