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The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry. kerryann Stevens

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The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry. kerryann Stevens

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Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon, kerryann Stevens 

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Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon, kerryann Stevens 

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vertical line of symmetry refers to one which runs down an image and thus divides it into two identical halves. Further, the horizontal line of symmetry is a line.

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vertical line of symmetry refers to one which runs down an image and thus divides it into two identical halves. Further, the horizontal line of symmetry is a line.

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kerryann stevens

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A line of symmetry is used to show the symmetry of a shape. A line of reflection is what a shape would be reflected.

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The number of positions in which a figure can be rotated and still appear exactly as it did before the rotation, is called the order of symmetry. For example, a star can be rotated 5 times along its tip and look at the same every time. Hence, its order of symmetry is 5.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry. In other words, if you can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon.

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Horizontal, vertical, and diagonal lines of symmetry divide shapes into 2 equal parts.

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The number of positions in which a figure can be rotated and still appear exactly as it did before the rotation, is called the order of symmetry. For example, a star can be rotated 5 times along its tip and look at the same every time. Hence, its order of symmetry is 5.

# data[].attributes.body
The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon.

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Horizontal, vertical, and diagonal lines of symmetry divide shapes into 2 equal parts.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry. In other words, if you can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry.

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The number of positions in which a figure can be rotated and still appear exactly as it did before the rotation, is called the order of symmetry. For example, a star can be rotated 5 times along its tip and look at the same every time. Hence, its order of symmetry is 5.

# data[].attributes.body
The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon.

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The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry.

# data[].attributes.body
The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry. For example, a star can be rotated 5 times along its tip and look at the same every time.

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The number of times a figure fits into itself in one complete rotation. An example of it is a star can be rotated 5 times along its tip and look at the same every time.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon.

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The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry.

# data[].attributes.body
The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry. For example, a star can be rotated 5 times along its tip and look at the same every time. Hence, its order of symmetry is 5.

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a shape that is symmetrcal no mader the rotation; a squair has this

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a shape that is symmetrcal no mader the rotation; a squair has this

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon, etc.

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The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry. For example, a star can be rotated 5 times along its tip and look at the same every time. Hence, its order of symmetry is 5.

# data[].attributes.body
The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry. For example, a star can be rotated 5 times along its tip and look at the same every time. Hence, its order of symmetry is 5.

# data[].attributes.body
The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry.

# data[].attributes.body
The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation, is called the order of symmetry.

# data[].attributes.body
The number of positions in which a figure can be rotated and still appears exactly as it did before the rotation.

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The number of times a figure fits into itself in one complete rotation. An example of it is a star can be rotated 5 times along its tip and look at the same every time.

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The number of times a figure fits into itself in one complete rotation. An example of it is a star can be rotated 5 times along its tip and look at the same every time.

# data[].attributes.body
The number of times a figure fits into itself in one complete rotation. An example of it is a star can be rotated 5 times along its tip and look at the same every time.

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The number of times a figure fits into itself in one complete rotation. An example of it is a star can be rotated 5 times along its tip and look at the same every time.

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A vertical line of symmetry refers to one which runs down an image and thus divides it into two identical halves. Further, the horizontal line of symmetry is a line that runs across the image thus it divides it into two identical halves.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Some of the examples are square, circle, hexagon,

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Rotational symmetry is looking same when the Rotational

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Rotational symmetry is looking same when the Rotational

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Rotational symmetry is when your rotate the shape a certain rotation and it still being symmetrical.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same.

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Rotational symmetry, also known as radial symmetry in geometry, is the property a shape has when it looks the same after some rotation by a partial turn. An object's degree of rotational symmetry is the number of distinct orientations in which it looks exactly the same for each rotation.

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A shape has Rotational Symmetry when it still looks the same after some rotation.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon, etc.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon, etc.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or counterclockwise. Some of the examples are square, circle, hexagon

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A shape has Rotational Symmetry when it still looks the same after some rotation.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or counterclockwise. Some of the examples are square, circle, hexagon

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the points on the shape move while the shape stays the same. Only works on some shapes.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Some of the examples are square, circle, hexagon, etc.

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon

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When a shape stays the same after being rotated

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The rotational symmetry of a shape explains that when an object is rotated on its own axis, the shape of the object looks the same. Many geometrical shapes appear to be symmetrical when they are rotated 180 degrees or with some angles, clockwise or anticlockwise. Some of the examples are square, circle, hexagon

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If a figure is rotated around a centre point and it still appears exactly as it did before the rotation.

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Horizontal, vertical, and diagonal lines of symmetry divide shapes into 2 equal parts.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry. In other words, if you can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry.

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A line of symmetry is the line that divides a shape or an object into two equal and symmetrical parts. We also call this line the axis of symmetry or mirror line because it divides the figure symmetrically, and the divided parts look like mirror reflections of each other. More line of symmetry examples are shown in the figure below.

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A vertical line of symmetry refers to one which runs down an image and thus divides it into two identical halves. Further, the horizontal line of symmetry is a line which runs across the image thus it divides it into two identical halves.

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A line of symmetry is when it cuts a shape into two equal parts of the shape and that lets you know that they are symmetrical

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A line of symmetry is when it cuts a shape into two equal parts of the shape and that lets you know that they are symmetrical

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A line of symmetry is when it cuts a shape into two equal parts of the shape and that lets you know that they are symmetrical

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lines of symmetry is Define by how they are 

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lines of symmetry is Define by how they are 

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A line of symmetry is the line that divides a shape or an object into two equal and symmetrical parts. We also call this line the axis of symmetry or mirror line because it divides the figure symmetrically, and the divided parts look like mirror reflections of each other. More line of symmetry examples are shown in the figure below.

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Horizontal , vertical, and diagonal lines of symmetry all divide a shape into 2 identical sides.

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A line of symmetry is the line that divides a shape or an object into two equal and symmetrical parts.

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A line of symmetry is the line that divides a shape or an object into two equal and symmetrical parts.

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If a diagonal line divides an object into two identical halves that means the diagonal line of symmetry goes sideways or slanting in an object.

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If a diagonal line divides an object into two identical halves, it is called a diagonal line of symmetry.That means the diagonal line of symmetry goes sideways or slanting in an object.

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If a horizontal line divides an object into two identical halves, if a vertical line divides an object into two identical halves, if a diagonal line divides an object into two identical halves.

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If a diagonal line divides an object into two identical halves, it is called a diagonal line of symmetry.

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If a diagonal line divides an object into two identical halves that means the diagonal line of symmetry goes sideways or slanting in an object

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If a diagonal line divides an object into two identical halves, it is called a diagonal line of symmetry. That means the diagonal line of symmetry goes sideways or slanting in an object.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself.This line of reflection is called a line of symmetry. In other words, if vou can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry.

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The difference between the line of reflection and the line of symmetry is that the line of symmetry it shows the shape is equal on both sides. and the line of reflection is to show where the shape would be on the opposite side

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shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry.

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A Line Symmetry doesn't move the location of the shape while a line of reflection moves the location.

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A line of symmetry is the line that divides a shape or an object into two equal and symmetrical parts. An image will reflect through a line, and that is known as the line of reflection.

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In other words, if you can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry. A rectangle is an example of a shape with reflection symmetry. A line of reflection through the midpoints of opposite sides will always be a line of symmetry.

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Symmetry line it has a reflection symmetry. A rectangle is an example of a shape with reflection symmetry. A line of reflection through the midpoints of opposite sides will always be a line of symmetry. Line 1 it shows symmetry and Line 2 it shows a reflection.

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A line of symmetry is used to show the symmetry of a shape. A line of reflection is what a shape would be reflected.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself.

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A line of symmetry is used to show the symmetry of a shape. A line of reflection is what a shape would be reflected.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry. In other words, if you can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry.

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A rectangle is an example of a shape with reflection symmetry. A line of reflection through the midpoints of opposite sides will always be a line of symmetry.

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lines of symmetry spite a shape in haft,line of reflection do not

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lines of symmetry spite a shape in haft,line of reflection do not

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry. In other words, if you can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry.

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A shape has reflection symmetry if there exists a line of reflection that carries the shape onto itself. This line of reflection is called a line of symmetry. In other words, if you can reflect a shape across a line and the shape looks like it never moved, it has reflection symmetry.

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Identifying Lines of Symmetry and Creating Reflections over a Line - SAS

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Think-Pair-Share: Provide a half sheet of paper to each student. Assign each term written on the board to one-fourth of the class. Ask students to think of a definition in their own words and an example for their term. Give them approximately 3 minutes on their own. Next, have them turn to a partner…

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Symmetry line it has a reflection symmetry. A rectangle is an example of a shape with reflection symmetry. A line of reflection through the midpoints of opposite sides will always be a line of symmetry. Line 1 it shows symmetry and Line 2 it shows a reflection.