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.
Using Pythagoras' theorem its width is 6 units in length.
Use Pythagoras' theorem
length = 7.2 units and width = 5.4 units Solved by means of Pythagoras' theorem.
34 cm (with the help of Pythagoras' theorem)
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.
15 cm Solved through Pythagoras' theorem.
With Pythagoras' theorem: diagonal2- length2 = width2
The dimensions are 27cm by 36 cm, solved with the help of Pythagoras' theorem
Bow or crown. Bow is probably used more often when the board bends in the width. Crown can be across the width of the board or in the length. A board will often curve with the grain, following the curve of the tree rings.
Using Pythagoras' theorem it is about 10.81665383 inches.