Interactive Math Review: Last Man Standing Challenge!

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Engage in an interactive math review challenge titled "Last Man Standing" where participants answer review problems for a chance to win exciting prizes. The competition involves answering questions on geometry concepts like triangles and congruence postulates, aiming to test and enhance mathematical knowledge in a fun and rewarding way.


Uploaded on Sep 15, 2024 | 0 Views


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  1. Chapter 4 Review Last Man Standing

  2. Directions Take out a sheet of paper to answer all of the review problems. This will be collected for participation points! The Last Man Standing will be your prize!

  3. LAST MAN STANDING MILDLY SOMEWHAT TOTALLY MOSTLY MCj04257740000[1] j0424482 j0424490 j0425822 COSTUMED MAN Extra Credit Pt on Quiz Piece of Gum Extra Credit pt on Test High Five j0424498 j0423838 j0423822 j0424444 WEIRD MAN 5 minutes Free time Piece of Gum No Prize! Candy j0424442 j0423812 j0424458 j0423834 SICK MAN No Prize! Doh . . . Extra minute for break Candy Munchkins j0423848 j0423850 j0423826 j0424468 ANGRY MAN Extra Credit Pt on Quiz Homework Pass Fist Bump Extra Credit Pt on Quiz

  4. j0425822 True or False? The two congruent sides of an isosceles triangle are the base.

  5. j0425822 True or False? The two congruent sides of an isosceles triangle are the base. False

  6. j0424482 True or False? The two congruent angles of an isosceles triangle are the vertex angles.

  7. j0424482 True or False? The two congruent angles of an isosceles triangle are the vertex angles. False

  8. j0424490 True or False? The side opposite the right angle of a right triangle is the hypotenuse.

  9. j0424490 True or False? The side opposite the right angle of a right triangle is the hypotenuse. True

  10. MCj04257740000[1] True or False? Two triangles can be proven congruent using CPCTC. False

  11. j0424444 Which postulate or theorem, if any, could be used to prove the two triangles congruent?

  12. j0424444 Which postulate or theorem, if any, could be used to prove the two triangles congruent? ASA

  13. j0424498 Which postulate or theorem, if any, could you use to prove the two triangles congruent?

  14. j0424498 Which postulate or theorem, if any, could you use to prove the two triangles congruent? None

  15. j0423822 Which postulate or theorem, if any, could you use to prove the two triangles congruent?

  16. j0423822 Which postulate or theorem, if any, could you use to prove the two triangles congruent? HL

  17. j0423838 Which postulate or theorem, if any, could you use to prove the two triangles congruent?

  18. j0423838 Which postulate or theorem, if any, could you use to prove the two triangles congruent? SAS

  19. j0424458 Name, if any, the pair of congruent triangles. Name the postulate or theorem that justifies your statement. A C B D

  20. j0424458 Name, if any, the pair of congruent triangles. Name the postulate or theorem that justifies your statement. A C B D ABC DCB by AAS

  21. j0423812 Name, if any, the pair of congruent triangles. Name the postulate or theorem that justifies your statement. F R H G B E

  22. j0423812 Name, if any, the pair of congruent triangles. Name the postulate or theorem that justifies your statement. F R H G B E FBE RGH by SAS

  23. j0423834 Find the values of x and y. 50 x 4 y

  24. j0423834 Find the values of x and y. 50 x 4 y x = 4; y = 65

  25. j0424442 Find the values of x and y. y x 125

  26. j0424442 Find the values of x and y. y x 125 x = 55; y = 62.5

  27. j0423826 Find the values of x and y. 25 y 25 x

  28. j0423826 Find the values of x and y. 25 y 25 x x = 65; y = 90

  29. j0424468 Name a pair of congruent triangles in the diagram. State how the triangles are congruent. A B E D C

  30. j0424468 Name a pair of congruent triangles in the diagram. State how the triangles are congruent. A ABC AED by SAS or ABD AEC by SAS B E D C

  31. j0423850 Name a pair of congruent triangles in the diagram. State how the triangles are congruent. F G H I

  32. j0423850 Name a pair of congruent triangles in the diagram. State how the triangles are congruent. F G H I FIH GHI by SAS

  33. j0423848 Which postulate or theorem, if any, could you use to prove the two triangles congruent? SSS

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