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When an image has a point of symmetry then the line containing that point will be a line of symmetry?

false


When an image has a point of symmetry then any line containing that point will be a line of symmetry true or false?

true


When an image has a point of symmetry then any line containing that point will be a line of symmetry.?

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.


What is a point of symmetry and a line containing that point?

It is a line through the point of symmetry. In general it is not an axis of symmetry.


When a line of symmetry divides an image every point on one side of thr lines a correspondig point on the other side?

Yes a line of symmetry creates a 'mirror image' of each side.


When a line of symmetry divides an image every point on one side of the line has a corresponding point on the other side?

true


When a line of symmetry divides an image every point on one side of the line has a corresponding point in the other side?

A line of symmetry is a line that divides an image into two identical halves, such that each point on one side of the line has a corresponding point directly opposite it on the other side. This correspondence ensures that the two halves are mirror images of each other, maintaining the same shape and size. In essence, if you were to fold the image along the line of symmetry, the two halves would align perfectly.


When a line of symmetry divides an image every point on one side of the line has corresponding?

... point on the other side of the line at the same distance from the lien.


What figure has line symmetry and point symmetry?

A circle exhibits both line symmetry and point symmetry. It has an infinite number of lines of symmetry that pass through its center, dividing it into two mirror-image halves. Additionally, any point on the circle can be reflected through its center to another point on the circle, demonstrating point symmetry. This means that every point on the circle is equidistant from the center, reinforcing both types of symmetry.


What is a figure that has point symmetry but not line symmetry?

The letters S and N have point symmetry but not line symmetry.


What is the property of a figure that can be reflected across a line so that the image coincides with the pre image?

The property is Reflection Symmetry, Line Symmetry or Mirror Symmetry


When a line of symmetry divides an image its spells the image into two congruent parts on either side of the line symmetry?

true