False
A design is divided by a line of symmetry, which ensures that every point on one side of the line corresponds to a point on the opposite side at an equal distance from the line. This creates a mirror-image effect, where both halves of the design are identical in shape and size. Lines of symmetry can be vertical, horizontal, or diagonal, depending on the design's orientation.
Yes a line of symmetry creates a 'mirror image' of each side.
... point on the other side of the line at the same distance from the lien.
Yes, unless its a square, then there are four lines of symmetry.
No.
Line of Symmetry
A design is divided by a line of symmetry, which ensures that every point on one side of the line corresponds to a point on the opposite side at an equal distance from the line. This creates a mirror-image effect, where both halves of the design are identical in shape and size. Lines of symmetry can be vertical, horizontal, or diagonal, depending on the design's orientation.
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Yes a line of symmetry creates a 'mirror image' of each side.
... point on the other side of the line at the same distance from the lien.
If the question refers to a single completely geometrically straight line of finite length in a plane, then a straight line will have two lines of symmetry. One symmetry line is perpendicular to the line being discussed and one symmetry line coincides with the line being discussed. The symmetry operation here is the one where every point of the figure is flipped perpendicularly across the symmetry line and the object is symmetric if that flipping produced exactly the same set of points. (Said differently, if flipping the set of points through a line produced an exact replica of the original set of points, then the like determining the flip is a symmetry line.) One level of complication occurs if the straight line which is the subject of the symmetry question is an infinitely long straight line. In such a case one symmetry line still coincides with the actual line, but all lines that are perpendicular to the straight line will be lines of symmetry. Thus, an infinitely long straight line has no single point as its "middle" and has an infinitely many symmetry lines consisting of all possible lines perpendicular to the original line.
There are infinitely many lines of symmetry. Every line can be a line of symmetry for a suitable shape.
Infinitely many. Every diameter is a line of symmetry.
In a regular heptagon, there are 7 lines of symmetry because there is one line of symmetry for every side.