Search results
lrsymmetry.blogspot.com
- In regular polygons, the line of symmetry can be multiple depending on the number of sides. A circle has infinite lines of symmetry as an infinite number of lines pass through its center.
mathmonks.com/symmetry/line-of-symmetry
Example 1: regular shapes. How many lines of symmetry does the equilateral triangle have? Locate the center of the 2D shape. 2 Draw a vertical line through the center and check for line symmetry. The vertical line through the center is a line of symmetry dividing the triangle into two equal halves that are mirror images of each other.
Even though a circle isn’t a polygon, it is still a 2D shape. As long as the line of symmetry goes directly through the centre of the circle, it has unlimited lines of symmetry!
A line (drawn at any angle) that goes through its center is a Line of Symmetry. So a Circle has infinite Lines of Symmetry.
Mathematics. Symmetry. Why does a ci... Question. Why does a circle have so many lines of symmetry? Solution. We know that the diameter of a circle is a line passing through its center. So, the diameter acts as a line of symmetry dividing the circle into two parts with equal area.
Lines of symmetry in circles. A regular hexagon has 6 lines of symmetry, a decagon has 10 lines of symmetry, and an icosagon has 20 lines of symmetry. But what about a circle? A circle can be rotated around its centre and the shape will remain identical as the radius is the same for every point.
Some shape may have two or more lines of symmetry like a circle has infinite lines of symmetry. A square has four lines of symmetry. A rectangle has two lines of symmetry. (ii) Examples of the shapes having two - lines symmetry: Two – Lines Symmetry. (iii) Examples of the shapes having three - lines symmetry: Three – Lines Symmetry.
Aug 3, 2023 · In quadrilaterals, the line of symmetry can be one, two, four, or zero based on the shape. In regular polygons, the line of symmetry can be multiple depending on the number of sides. A circle has infinite lines of symmetry as an infinite number of lines pass through its center.
