Segments of a circle is in degrees.
A full circle with segments intersecting it refers to a circle that is divided into several parts by straight lines (segments) that cross the circle at various points. These segments can create multiple regions within the circle, often referred to as sectors or segments of the circle. The intersections of these segments with the circle outline can lead to different geometric shapes and can be analyzed for various mathematical properties, such as area and angles formed by the segments.
The center of a circle.
A circle
The circumference of a circle is its boundary - it is a perimeter and therefore is a linear measure. Whether it is a smooth curve, as in the case of a circle, or a set of line segments meeting at vertices is irrelevant to its being linear.
Degree graph has 360 segments , percntage has 100 segments
A circle does not have line segments. It is a continuous curve.
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.
A circle
The center of a circle.
Polygons have sides made of line segments (straigh lines). There are no line segments in a circle.
A circle, semicircle, segments or sectors of circle, ellipse, segments or sectors of ellipses, cardiods, closed convex wriggly shapes.
The circumference of a circle is its boundary - it is a perimeter and therefore is a linear measure. Whether it is a smooth curve, as in the case of a circle, or a set of line segments meeting at vertices is irrelevant to its being linear.
Degree graph has 360 segments , percntage has 100 segments
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.
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.
No, a circle can't be a parallelogram. A circle is a curve. A parallelogram is a quadrilateral with two pairs of parallel sides constructed with four line segments. The line segments are straight, and the circle is a continuous curve.
A circle is not formed from line segments.