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What i think that means the shape is going around(rotation) many times and now it is keeping the same shape

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Order of rotational symmetry is the number of times a figure fits into itself in one complete rotation is called the order of rotational symmetry.

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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 .

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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.

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rotation of symmetry is the number of times a figure fits into itself in one finished rotation

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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

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The amount of positions where you rotate the shape and its symmetry does not change

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he 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

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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

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Rotational symmetry is when a shape is able to rotate and come back to the original shape and size that it was with the original figure.

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The difference is that there can be many ways to split something in a symmetrical way and the 3 different types show that.

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The line of a reflection is showing is like a mirror effect and line of symmetry is like the same on all sides.

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a shape has when it looks the same after some rotation by a partial turn

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If a figure is rotated around a centre point and it still appears exactly as it did before the rotation, it is said to have rotational symmetry. A number of shapes like squares, circles, regular hexagon

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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 is a rotation of a object that is turned and still spears to be the same

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The symmetry of an object when it is rotated at different angles

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Rotational symmetry is when a shape is able to rotate and come back to the original shape and size that it was with the original figure.

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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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horizontal lines divide an object into two identical halves (left to right)

the vertical lines go up & down (into two halves)

diagonal two identical halves (lines go across)

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vertical: a star. horizontal: a rectangle. diagonal: a square.

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The difference is that there can be many ways to split something in a symmetrical way

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Alphabets O, U, V, H, M are vertically symmetrical as these can be divided into identical halves with a line of symmetry running down their centre.

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The difference is that there can be many ways to split something in a symmetrical way and the 3 different types show that.

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Diagonal line divides an object into two identical halves.a vertical line divides an object into two identical halves, and a horizontal line divides an object into two identical halves.

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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.

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The difference is that the Line of reflection can be used on every shape and figure but the line of symmetry can't because not every shape has a line of symmetry.

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A line of symmetry is a line that can be drawn to divide a figure into equal halves. A figure has line symmetry or reflection symmetry when it can be divided into equal halves that match.

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A line of reflection through the midpoints of opposite sides will always be a line of symmetry.

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the line of a reflection is showing is like a mirror effect and line of symmetry is like the same on all sides

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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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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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A reflection is reflecting a shape across a line when line symmetry a line splitting through a line

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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.