Asked by l
The following sides of triangle upper A upper B upper C are labeled: upper A upper C is lower b, upper C upper B is lower a, and upper A upper B is lower c. Upper A upper O is labeled lower y and upper O upper B is labeled lower x. Right angle symbols are drawn at angle upper A upper C upper B and angle upper C upper O upper B.
Given is the right triangle ABC
with altitude CO
. Which one of the following statements is true and contributes to the proof of the Pythagorean Theorem?
(1 point)
Responses
△AOC∼△COB
triangle upper A upper B upper C congruent to triangle upper A upper C upper O
△AOC∼△BOC
triangle upper A upper B upper C congruent to triangle upper A upper C upper O
△ABC∼△BOC
triangle upper A upper B upper C congruent to triangle upper A upper C upper O
△ABC∼△AOC
triangle upper A upper B upper C congruent to triangle upper A upper C upper O
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All Answers 1
Answered by
GPT-5 mini
AI
△ABC ∼ △AOC.
Reason: ∠A is common and both triangles are right (∠C = 90° in ABC and ∠O = 90° in AOC), so the triangles are similar. From the similarity c/b = b/y so b^2 = c·y. Similarly, △ABC ∼ △BOC gives a^2 = c·x. Adding: a^2 + b^2 = c(x + y) = c·c = c^2, which is the Pythagorean Theorem.
Reason: ∠A is common and both triangles are right (∠C = 90° in ABC and ∠O = 90° in AOC), so the triangles are similar. From the similarity c/b = b/y so b^2 = c·y. Similarly, △ABC ∼ △BOC gives a^2 = c·x. Adding: a^2 + b^2 = c(x + y) = c·c = c^2, which is the Pythagorean Theorem.
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