A segment of a circle is an area enclosed by a chord and an arc.
You need some more information about any of the circles, or about the relationship between the two circles, to answer this question.
A "line" doesn't stop and doesn't have ends. A "segment" does and has.
C=2(pi)r
NO, a circle is not a polygon. A polygon is composed of a finite set of straight line segments, and a circle has NO straight line segments.
Their circumferences are in direct proportion to their radii. Their areas are in direct proportion to the square of their radii.
The answer depends on what they are segments of: the answer will be different depending on whether they are line segments or segments of a circle or even different circles.
When two tangent lines meet outside a circle, they create an external angle between them. The lengths of the segments from the points of tangency to the point where the tangents meet are equal, meaning the segments are equal in length. Additionally, the angle formed between the two tangents is equal to half the difference of the arcs that are intercepted by these tangents on the circle. This relationship illustrates the geometric properties that govern tangents and circles.
You need some more information about any of the circles, or about the relationship between the two circles, to answer this question.
A "line" doesn't stop and doesn't have ends. A "segment" does and has.
C=2(pi)r
You can do an experiment on several circles of different diameters.
No straight segments.
track is invisible cirle on hard disk and sector are the segments of these circle
They are both geometric shapes. Both of the shapes has circles as their base.
It depends on the relationship between the rectangle and the circles.
NO, a circle is not a polygon. A polygon is composed of a finite set of straight line segments, and a circle has NO straight line segments.
Circumference of a circle is 2 x Pi x the radius