A circle has infinite lines of symmetry, any line going through the center is a line for symmetry.
A line of symmetry can be thought of as the line where you could cut a shape (or a line or any object) and it would look the exact same on both sides. An example of a shape with exactly two lines of symmetry would be a rectangle. A square also has at least two lines of symmetry, but it actually has four total.
There are infinitely many such shapes. To start with, any regular will do.
No ! a parallelogram doesn't have any line of symmetry !
There are an infinite number of lines of symmetry in a circle, as any diameter will be a line of symmetry and there are an infinite number of angle measure for that line to pass through.
A rectangle has 2 lines of symmetry whereas a square has 4 lines of symmetry
A circle has infinite lines of symmetry, any line going through the center is a line for symmetry.
No, it has infinitely many lines of symmetry - any diameter.
A rectangle (that is not also a square) or a rhombus (that is not also a square). Squares have 4 symmetry lines.
A line of symmetry can be thought of as the line where you could cut a shape (or a line or any object) and it would look the exact same on both sides. An example of a shape with exactly two lines of symmetry would be a rectangle. A square also has at least two lines of symmetry, but it actually has four total.
There are infinitely many such shapes. To start with, any regular will do.
No ! a parallelogram doesn't have any line of symmetry !
There are an infinite number of lines of symmetry in a circle, as any diameter will be a line of symmetry and there are an infinite number of angle measure for that line to pass through.
I would think there would be an infinite number of lines of symmetry. Any line passing through the center of the circle, regardless of the angle will be a symmetry line.
Yes. Any equilateral shape can have both rotational and line symmetry.
False
Yes T has a vertical line of symmetry