Yes its diameter is its width which is constant where ever it's measured inside the circle
No. A square on its side will have a width equal to its side length. On its vertex, its width will be larger: up to sqrt(2) times as large.
Yes, a circle is a closed curve: its starting and ending points are the same. (any arbitrary point) Yes, it is a closed plane curve (two-dimensional line). A circle has a constant arc curvature, as compared to obloid or elliptical closed curves.
Yes. The simplest example is an object moving at a constant speed in a circle.
Diameter and width are directly proportional in a circle. As the diameter of a circle increases, so does the width because width is measured along a line passing through the center of the circle. The relationship between the diameter and width remains constant for circles, with width always being half of the diameter.
I think you want to ask What does Barbiers Theorem says about a figure of constant width. Such a nice theorem establishes that if you have a compact figure C in the plane, that is closed and bounded, and C has constant width w, then the perimeter of C is "pi times w"
A Reuleaux triangle is a shape that, like a circle, has a constant width. Unlike standard polygons, its sides are outward curves rather than straight lines, the curve a maximum directly across from each vertice.
Yes ,it is a curve that is just around a circle
The width, or the length of a circle are its diameter.
The Width of a Circle was created on 1970-05-22.
If the speed is constant, the acceleration is toward the center of the circle.
If the curve is part of the circumference of the circle, it is called an arc.
A circle doesn't have line segments. It is a curve, not made up of straight lines.A circle doesn't have line segments. It is a curve, not made up of straight lines.A circle doesn't have line segments. It is a curve, not made up of straight lines.A circle doesn't have line segments. It is a curve, not made up of straight lines.