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Jeopardy Triangle Sides Triangle Inequality Hinge Theorem Converse of Hinge Theorem Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy
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$100 Question from Triangle Sides The following subset an appropriate set of triangle lengths? (True/False) [ 25, 25, 25]
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$100 Answer from Triangle Sides True
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$200 Question from Triangle Sides The following subset an appropriate set of triangle lengths? (True/False) [ 3, 6, 3]
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$200 Answer from Triangle Sides False
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$300 Question from Triangle Sides The following subset an appropriate set of triangle lengths? (True/False) [ 1, 2, 3]
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$300 Answer from Triangle Sides False
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$400 Question from Triangle Sides The following subset an appropriate set of triangle lengths? (True/False) [ 4, 6, 3]
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$400 Answer from Triangle Sides True
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$500 Question from Triangle Sides 1013, 2238, 1224,
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$500 Answer from Triangle Sides False
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$100 Question from Triangle Inequality Find an interval of lengths for the third Side of a triangle with side lengths 4 and 8.
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$100 Answer from Triangle Inequality 4< x < 12
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$200 Question from Triangle Inequality Find an interval of lengths For the third side of a triangle With side lengths 17 and 34.
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$200 Answer from Triangle Inequality 17 < x < 51
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$300 Question from Triangle Inequality Find an interval of the last side Of a triangle that has side lengths 9.2 And 3.4
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$300 Answer from Triangle Inequality 5.8 < x < 12. 6
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$400 Question from Triangle Inequality Find the interval of lengths for the last Side of a triangle with lengths 1031 and 735.
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$400 Answer from Triangle Inequality 296 < x < 1766
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$500 Question from Triangle Inequality Find the interval of lengths for The last side of a triangle with side Lengths “a” and “b”, given that a > b
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$500 Answer from Triangle Inequality a-b < x < a + b
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$100 Question from Hinge Theorem
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$100 Answer from Hinge Theorem <
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$200 Question from Hinge Theorem
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$200 Answer from Hinge Theorem =
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$300 Question from Hinge Theorem
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$300 Answer from Hinge Theorem <
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$400 Question from Hinge Theorem
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$400 Answer from Hinge Theorem <
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$500 Question from Hinge Theorem Triangle 1 has side lengths 4 and 3, And the included angle measure is 91. Triangle 2 has side lengths 4 and 3, And the included angle measure is 109. Which triangle has the longer third side?
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$500 Answer from Hinge Theorem Triangle 2
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$100 Question from Hinge Theorem Converse
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$100 Answer from Hinge Theorem Converse =
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$200 Question from Hinge Theorem Converse
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$200 Answer from Hinge Theorem Converse >
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$300 Question from Hinge Theorem Converse
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$300 Answer from Hinge Theorem Converse <
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$400 Question from Hinge Theorem Converse
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$400 Answer from Hinge Theorem Converse <
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$500 Question from Hinge Theorem Converse In order for the Converse of the Hinge Theorem to be true, ______ sides need to be congruent in two different triangles.
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$500 Answer from Hinge Theorem Converse Two or three
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$100 Question from Hinge Theorem Converse Your Text Here
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$100 Answer from H5 Your Text Here
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$200 Question from H5 Your Text Here
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$200 Answer from H5 Your Text Here
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$300 Question from H5 Your Text Here
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$300 Answer from H5 Your Text Here
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$400 Question from H5 Your Text Here
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$400 Answer from H5 Your Text Here
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$500 Question from H5 Your Text Here
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$500 Answer from H5 Your Text Here
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Final Jeopardy In the diagram, A is the Smallest angle and C is the largest angle. Describe the possible values for x.
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Final Jeopardy Answer 2< x < 7
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