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reflection and rotation

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Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

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You can use rotation, translation, and reflection and put them together in a sequence and your shape will still be congruent to the shape before.

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Classical examples for sequence transformations include the binomial transform, Möbius transform, Stirling transform and others.

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Translation  and rotation

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binomial transform, Stirling transform

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Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

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binomial transform,Stirling transform

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Rotation

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reflection and rotation

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Reflextion

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reflection and rotation
translation and reflection

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A sequence of transformations that will keep the same shape and size of the original shape is reflection, rotation, translation.

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reflection and transformation.

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Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

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Congruent shapes must all be the same type of shape in order to fulfill the requirement. So a rectangle and a pentagon cannot be congruent because they are different shapes. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent

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Congruent shapes must all be the same type of shape in order to fulfill the requirement. So a rectangle and a pentagon cannot be congruent because they are different shapes. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

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Isometric is a transformation that doesn't change the size or shape of the figure

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Isometric is a transformation that doesn't change the size or shape of the figure.

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Isometric is a transformation that doesn't change the size or shape of the figure

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Congruent means that the shape or figure retains its size, shape, length, and angles of the original shape. Rotations, reflections.

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Congruent means that the shape or figure retains its size, shape, length, and angles of the original shape. Rotations, reflections.

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Isometric, a transformation doesn't change the size or shape of the figure.

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Polygons are congruent when they have the same number of sides, and all corresponding sides and interior angles are congruent. The polygons will have the same shape and size, but one may be rotated, or be the mirror image of the other.

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Polygons are congruent when they have the same number of sides, and all corresponding sides and interior angles are congruent. The polygons will have the same shape and size, but one may be rotated, or be the mirror image of the other.

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For two polygons to be congruent, they must have an equal number of sides (and hence an equal number—the same number—of vertices).

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For two polygons to be congruent, they must have an equal number of sides (and hence an equal number—the same number—of vertices).

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For two polygons to be congruent, they must have an equal number of sides (and hence an equal number—the same number—of vertices).

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Polygons are congruent when they have the same number of sides, and all corresponding sides and interior angles are congruent. The polygons will have the same shape and size, but one may be a rotated, or be the mirror image of the other.

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Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

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Polygons are congruent when they have the same number of sides, and all corresponding sides and interior angles are congruent. The polygons will have the same shape and size, but one may be a rotated, or be the mirror image of the other.

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congruent polygons is a polygon with the same shape and the same number and length of sides as the other polygon.

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Congruent shapes must all be the same type of shape in order to fulfill the requirement. So a rectangle and a pentagon cannot be congruent because they are different shapes. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

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Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

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A congruent polygon is a polygon that has the same shape and the same number and length of sides

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Polygons are congruent when they have the same number of sides, and all corresponding sides and interior angles are congruent. The polygons will have the same shape and size, but one may be a rotated, or be the mirror image of the other.

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A polygon that is the same shape,has the same length of sides,and has the same interior angles as the polygon it is being compared.Congruent shapes must all be the same type of shapes.

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Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.\\\\\\\\\\\\\\

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Congruent shapes must all be the same type of shape in order to fulfill the requirement. So a rectangle and a pentagon cannot be congruent because they are different shapes. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

# data[].attributes.body
Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent.

# data[].attributes.body
Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent

# data[].attributes.body
Congruent shapes must all be the same type of shape. Congruent polygons must have equal-length sides and angles as well, so two squares or two hexagons can be congruent