No, all polygons have straight lines. All lines are straight
It could be a sector although that implies that (a) the curved side is part of a circle which it need not be and (b) that the two straight lines meet at the centre of the circle - again an assumption not justified by the requirements of the question.
If you are referring to a shape, then a semi-circle would be the most likely shape that contains one straight side and one curved. Take a look at a protractor, it's a semi-circle.
Yes, a shape can have three straight sides and one curved side. This type of shape is known as a triangle with one curved side, which is also called a curved triangle or a curved-sided triangle. The curved side can be a segment of a circle or any other curved shape, while the other three sides are straight lines.
A circle is composed by an infinite sequence of straight line segments, while a polygon has a finite sequence of straight line segments.
A curved shape does not have any straight lines. In a circle the line curves continually, meaning that the circle is a curved shape.
No, all polygons have straight lines. All lines are straight
A polygon is a plane area bounded by straight lines. A circle consists of a curved line, not a straight line. Therefore a circle is not a polygon and conversely, no polygon can be a circle.
In a way, it has a curved half and a straight half.
It could be a sector although that implies that (a) the curved side is part of a circle which it need not be and (b) that the two straight lines meet at the centre of the circle - again an assumption not justified by the requirements of the question.
An arc has no straight sides because its part of the circumference of a circle
If you are referring to a shape, then a semi-circle would be the most likely shape that contains one straight side and one curved. Take a look at a protractor, it's a semi-circle.
Two: a straight line and a curved line.
A curved edge and a straight edge which makes two edges
A circle is composed by an infinite sequence of straight line segments, while a polygon has a finite sequence of straight line segments.
It cannot be done. A circle has a smooth continous boundary with a curve of uniform curvature. Hexagons and pentagons are polygons and so have straight sides - not curved boundaries - and they have vertices.It cannot be done. A circle has a smooth continous boundary with a curve of uniform curvature. Hexagons and pentagons are polygons and so have straight sides - not curved boundaries - and they have vertices.It cannot be done. A circle has a smooth continous boundary with a curve of uniform curvature. Hexagons and pentagons are polygons and so have straight sides - not curved boundaries - and they have vertices.It cannot be done. A circle has a smooth continous boundary with a curve of uniform curvature. Hexagons and pentagons are polygons and so have straight sides - not curved boundaries - and they have vertices.
It could be a stretched circle - a bit like an ellipse except that an ellipse does not have straight lines.