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# DOUBLE JEOPARDY

PARTY!. DOUBLE JEOPARDY. Chapter 4 Triangles and Congruence. That’s Classified. Yes… To a Certain Degree. You, me and a Δ makes three. State of Congruence. \$100. \$100. \$100. \$100. \$200. \$200. \$200. \$200. \$400. \$400. \$400. \$400. \$800. \$800. \$800. \$800. \$1000. \$1000.

## DOUBLE JEOPARDY

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### Presentation Transcript

1. PARTY! DOUBLE JEOPARDY Chapter 4 Triangles and Congruence

2. That’s Classified Yes… To a Certain Degree You, me and a Δ makes three State of Congruence \$100 \$100 \$100 \$100 \$200 \$200 \$200 \$200 \$400 \$400 \$400 \$400 \$800 \$800 \$800 \$800 \$1000 \$1000 \$1000 \$1000 FINAL JEOPARDY

3. TC: \$100 Classify by sides AND angles

4. TC: \$200 Classify by sides AND angles 4 3 5

5. TC: \$400 Classify by sides AND angles

6. TC: \$800 Classify by sides AND angles

7. TC: \$1000 Classify by sides AND angles

8. TaCD\$100: Find mABC

9. TaCD \$200: Find x

10. TaCD \$400: Find x

11. TaCD \$800: Find mABC

12. TaCD \$1000: Find mABC

13. UMΔ \$100: How are the Δs congruent? If you can’t say, write “Not possible”

14. UMΔ\$200: How are the Δs congruent? If you can’t say, write “Not possible”

15. UMΔ\$400: How are the Δs congruent? If you can’t say, write “Not Possible”

16. UMΔ\$800: How are the Δs congruent? If you can’t say, write “Not Possible”

17. UMΔ \$1000: How are the Δs congruent? If you can’t say, write “Not Possible”

18. SoC \$100: FE  ??

19. SoC \$200: ACB  ??

20. SoC \$400: Write the congruence statement

21. SoC \$800: Write the congruence statement

22. SoC \$1000: If we know ΔWET  ΔDRY, then what angle is congruent to YDR?

23. Final Jeopardy:

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