## congruency statement

### Congruency statement refers to a statement or equation that is used to describe the relationship between two or more geometric figures that have the same shape and size

Congruency statement refers to a statement or equation that is used to describe the relationship between two or more geometric figures that have the same shape and size. In other words, when two objects are congruent, they are identical in terms of their dimensions and shape.

A congruency statement typically involves two geometric figures, which are commonly denoted as figure A and figure B. The statement asserts that figure A is congruent to figure B. This is expressed using the symbol ≅, which means “is congruent to.” So, the congruency statement can be written as figure A ≅ figure B.

When writing a congruency statement, it is important to specify which corresponding parts of the figures are congruent. Corresponding parts are the sides, angles, or vertices of the figures that are in the same position or have the same designation in both figures. For example, if triangle ABC is congruent to triangle DEF, a congruency statement could be written as:

△ABC ≅ △DEF

This statement indicates that triangle ABC is congruent to triangle DEF, meaning all corresponding sides and angles of the triangles are equal in measure.

Additionally, to provide a clear congruency statement, it is important to list the corresponding parts in the same order. For instance, if you write “△ABC ≅ △DEF,” the order of the corresponding vertices is as follows: A corresponds to D, B corresponds to E, and C corresponds to F. This order ensures that the statement accurately represents the congruent relationship between the figures.

In summary, a congruency statement is a way to express that two geometric figures have the same shape and size. It states that figure A is congruent to figure B and uses the symbol ≅. The statement should include the corresponding parts of the figures and list them in the same order to clearly represent their congruent relationship.

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