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4.2 – Apply Congruence and Triangles

4.2 – Apply Congruence and Triangles. What makes a geometric figure congruent?. 4.2 – Apply Congruence and Triangles. In two congruent figures , all the parts of one figure are congruent to the corresponding parts of the other figure. 4.2 – Apply Congruence and Triangles.

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4.2 – Apply Congruence and Triangles

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  1. 4.2 – Apply Congruence and Triangles What makes a geometric figure congruent?

  2. 4.2 – Apply Congruence and Triangles In two congruent figures, all the parts of one figure are congruent to the corresponding parts of the other figure.

  3. 4.2 – Apply Congruence and Triangles Congruence Statements When you write a congruence statement for two polygons, always list the corresponding vertices in the same order.

  4. 4.2 – Apply Congruence and Triangles Example 1: Write a congruence statement for the triangles. Identify all pairs of congruent corresponding parts.

  5. 4.2 – Apply Congruence and Triangles Example 2: Write a congruence statement for the triangles. Identify all pairs of congruent corresponding parts.

  6. 4.2 – Apply Congruence and Triangles Example 3: In the diagram, Find the value of x. Find the value of y.

  7. 4.2 – Apply Congruence and Triangles Example 4: If you divide the wall into orange and blue sections along segment JK, will the sections of the wall be the same size and shape? Explain.

  8. 4.2 – Apply Congruence and Triangles

  9. 4.2 – Apply Congruence and Triangles Example 5: Find m<BDC.

  10. 4.2 – Apply Congruence and Triangles

  11. 4.2 – Apply Congruence and Triangles

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  13. 4.2 – Apply Congruence and Triangles

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