A regular polygon with x sides has x lines of symmetry. Each line of symmetry passes through a vertex and the midpoint of the opposite side. For example, a regular hexagon has 6 lines of symmetry, one for each pair of opposite sides. The formula for calculating the number of lines of symmetry in a regular polygon is equal to the number of sides x.
It is a regular pentagon!
Oh, dude, a regular hexagon has six sides, so it has six lines of symmetry. Each line of symmetry represents a different way you can rotate the hexagon and have it look the same. So, the order of rotational symmetry for a regular hexagon is 6. Like, it's symmetry, but make it hexagonal.
A kite, for example.A kite, for example.A kite, for example.A kite, for example.
All polygon sides are segments of lines.
An ISOSCELES TRiangle. The line of symmetry is from the angle of the two equal adjacent sides, to the mid-point of the NON-equal side.
22
A regular polygon has a number of lines of symmetry equal to the number of its sides. For example, a regular pentagon has 5 lines of symmetry, while a regular hexagon has 6. Each line of symmetry divides the polygon into two congruent halves, reflecting the shape across the line.
The two numbers are the same.
22
Well, honey, a regular polygon with 20 sides has 20 lines of symmetry. Each line of symmetry divides the polygon into two equal halves, like splitting a cake. So, if you're looking for balance in your life, just remember that 20 is the magic number for this polygon.
All regular polygons do.
A regular 20-gon has 20 lines of symmetry. Each line of symmetry can be drawn through a vertex and the midpoint of the opposite side, or through the midpoints of two opposite sides. This symmetry reflects the polygon's regularity, as all sides and angles are equal.
In any regular polygon with an odd number of sides, a straight line from a vertex to the mid-point of the opposite side is a line of symmetry. So, for a pentagon, the answer is 5.
A line segment would have rotational symmetry.
32. 16 through opposite vertices and 16 through the centres of opposite sides.
An isosceles trapezoid.
All regular polygons A polygon is symmetrical if its sides that cross the line of symmetry are halved by the line of symmetry and if the sides that do not cross the line of symmetry have the same positions in space, the same lengths, and the same angles with their neighboring sides as do the sides on the other side of the line of symmetry. The only symmetrical triangles are isosceles triangles (equilateral triangles are isosceles). The only symmetrical quadrilaterals are squares, rectangles, rhombi (the line of symmetry connects either pair of opposite corners), isosceles trapezoids, and kites.