A rectangle has two lines of symmetry
A circle has infinite lines of symmetry, any line going through the center is a line for symmetry.
There are infinitely many such shapes. To start with, any regular will do.
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.
No ! a parallelogram doesn't have any line of symmetry !
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.
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.
There are infinitely many such shapes. To start with, any regular will do.
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.
No ! a parallelogram doesn't have any line of symmetry !
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.
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.
Yes. Any equilateral shape can have both rotational and line symmetry.
False
Yes T has a vertical line of symmetry