Questions: Unit 4 Quiz 3 Geometry / Search Fri, 24 Nov 4:47 (m dublin) [3 Daylight Savings] Triangles Choose the correct answer. Which theorem or corollary is represented by the picture? The bold lines in the picture represent the hypothesis of the theorem or corollary. Triangle O Isosceles Triangle Theorem O Corollary 2 of the Isosceles Triangle Theorem O Converse to the Isosceles Triangle Theorem O Corollary to the Isosceles Triangle Theorem

Unit 4 Quiz 3

Geometry / Search Fri, 24 Nov 4:47 (m dublin) [3 Daylight Savings] Triangles

Choose the correct answer.

Which theorem or corollary is represented by the picture? The bold lines in the picture represent the hypothesis of the theorem or corollary.

Triangle

O Isosceles Triangle Theorem

O Corollary 2 of the Isosceles Triangle Theorem

O Converse to the Isosceles Triangle Theorem

O Corollary to the Isosceles Triangle Theorem
Transcript text: Unit 4 Quiz 3 Geometry / Search Fri, 24 Nov 4:47 (m dublin) [3 Daylight Savings] Triangles Choose the correct answer. Which theorem or corollary is represented by the picture? The bold lines in the picture represent the hypothesis of the theorem or corollary. $\triangle$ O Isosceles Triangle Theorem O Corollary 2 of the Isosceles Triangle Theorem O Converse to the Isosceles Triangle Theorem O Corollary to the Isosceles Triangle Theorem
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Solution

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Solution Steps

Step 1: Analyze the given image

The image shows two sides of a triangle in bold, indicating they are congruent. The angles are not marked.

Step 2: Recall the Isosceles Triangle Theorem

The Isosceles Triangle Theorem states that if two sides of a triangle are congruent, then the angles opposite those sides are congruent.

Step 3: Compare the given information with the theorem

The given information shows congruent sides of a triangle, not angles. Therefore, it doesn't represent the theorem itself, but its converse. The converse states that if two angles of a triangle are congruent, then the sides opposite them are congruent. This matches the markings on the image.

Final Answer: Converse to the Isosceles Triangle Theorem

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