It is a line through the point of symmetry. In general it is not an axis of symmetry.
false
When an image has a point of symmetry, it means that for every point in the image, there is a corresponding point directly opposite it at an equal distance from the center point. Therefore, any line drawn through this central point will divide the image into two mirrored halves, making it a line of symmetry. This property holds true for various shapes, as their symmetrical characteristics are defined by their relationship to this central point. Thus, all lines through the point of symmetry serve as lines of symmetry.
There are infinitely many such shapes. To start with, any regular will do.
A 10-point star has 10 lines of symmetry. Each line of symmetry passes through one point of the star and the midpoint of the opposite side, allowing for mirror symmetry across each line. Additionally, the star can be rotated in increments that align with its points, further supporting the symmetry.
a yin-yang symbol has point symmetry but no line symmetry so 0
false
False
true
The letters S and N have point symmetry but not line symmetry.
True.
the distance from a point on either ray of the angle that is equidistance from the axis of symmetry is the line of symmetry. the line of symmetry dives the angle in half.
A line but not a point.
Oh, dude, line symmetry is when you can fold a shape in half and both sides match up perfectly, like a beautiful butterfly. Point symmetry is basically when a shape looks the same even after you give it a little spin, like a merry-go-round that never gets dizzy. So, like, line symmetry is all about folding, and point symmetry is more about twirling.
If it is a straight line then it has lateral symmetry along its length. It also has symmetry at every point along its length.
Only if it is in the form of an isosceles trapezoid
There are infinitely many such shapes. To start with, any regular will do.
A 10-point star has 10 lines of symmetry. Each line of symmetry passes through one point of the star and the midpoint of the opposite side, allowing for mirror symmetry across each line. Additionally, the star can be rotated in increments that align with its points, further supporting the symmetry.