[b][size=150][color=#ff0000]Symmetry[/color] is the key to the balance of a design or structure.[br][br]What is [color=#ff0000]symmetry[/color]? How does an image have [color=#ff0000]symmetry[/color]? What would you have to do to be sure that an image or construction was [color=#ff0000]symmetrical[/color].[br][br]In this concept, you will learn to identify lines of [color=#ff0000]symmetry[/color]. [/size][/b]
[b][size=150]Sometimes, an image will have parts that mirror themselves within one object. This is called [color=#ff0000]symmetry[/color][/size][/b]
[b][size=150]Let's look at the image of a heart above. It has two sides that match. The heart is [color=#ff0000]symmetrical[/color] because there is[color=#ff0000] symmetry[/color] in its design. This heart can be divided in half [color=#ff0000]vertically[/color] where one half matches the other half. [/size][/b]
[b][size=150]This line that divides the heart into matching parts is called the[color=#ff0000] line of symmetry[/color].[br][/size][/b]
[b]Look at the cross above. It has two lines of [color=#ff0000]symmetry. [/color] The cross can be divided in half perfectly [color=#ff0000]vertically [/color]and in half [color=#ff0000]horizontally[/color].[/b]
[b][size=150]This means there are two lines of[color=#ff0000] symmetry [/color]in the cross. [/size][/b]
[b][color=#9900ff][size=200]What is symmetry?[/size][/color][/b]
Symmetry is when two halves of an image (or object) are the same.
[b][color=#674ea7][size=200]How does an image have symmetry? [/size][/color][/b]
An image has symmetry because it can be divided in half so that one half of the image matches the other half.
[b][color=#9900ff][size=200]What would you have to do to be sure that your image was symmetrical? [/size][/color][/b]
For an image to have a line of symmetry, the image must be able to fold along the line of symmetry so that the two parts are mirror images of each other? The folded line would be the line of symmetry. An image that was symmetrical would have a line of symmetry.
[b][color=#0000ff][size=150][size=200]Does this image have symmetry? Can it be a reflection?[/size][/size][/color][/b]
[size=150][b][color=#0b5394]First, try to divide this butterfly image evenly so that one side can reflect the other. Can you draw a line of symmetry?[/color][/b][/size]
[size=200][b][color=#0000ff]The answer is yes. Therefore the image of the butterfly has symmetry. [/color][/b][/size]
[b][color=#ff0000][size=150][size=200]Does the image of the flower have symmetry? [/size][br]First, try to divide this flower evenly so that one side can reflect the other. Can you draw a line of symmetry? [/size][/color][/b]
[size=200][b][color=#cc0000]The answer is yes. Therefore, the image of the flower has symmetry. [/color][/b][/size]
[b][color=#ff7700][size=200]How many lines of symmetry does the image above have? [/size][/color][/b]
[size=150][b][color=#b45f06]First, try to divide this rectangle evenly so that one side can reflect the other. Can you draw a line of symmetry?[/color][/b][/size]
[size=200][color=#ff7700]The answer is yes. The image has two lines of symmetry. [/color][/size]
[b][size=150][size=200][color=#0c343d]Find all the lines of symmetry for the image below. [/color][/size][/size][/b]
There are eight lines of symmetry in the image below.
[size=200][b][color=#274e13]Find the lines of symmetry in the image below. [/color][/b][/size]
There are zero lines of symmetry in the image below. (L)
[b][color=#274e13][size=200]Find the lines of symmetry in the image below. [/size][/color][/b]
There is one vertical line of symmetry in the image below. (T)
[b][color=#274e13][size=200]Find the lines of symmetry in the image below. [/size][/color][/b]
[color=#274e13]There is one horizontal line of symmetry in the image below. (E)[/color]
[b][color=#274e13][size=200]Find the lines of symmetry in the image below. [/size][/color][/b]
There is one vertical line of symmetry in the image below. (A)
[b][color=#274e13][size=200]Find the lines of symmetry in the image below. [/size][/color][/b]
There is one vertical line of symmetry in the image below (M).