In the adjoining figure, chord AB ≅ chord CD. Prove that, arc AC = arc BD.Read more on Sarthaks.com - https://www.sarthaks.com/851444/in-the-adjoining-figure-chord-ab-chord-cd-prove-that-arc-ac-arc-bd
Step-by-step explanation:
Proof: chord AB ≅ chord CD [Given] ∴ arc AB ≅ arc CD [Corresponding arcs of congruents chords of a circle are congruent] ∴ m(arc AB) = m(arc CD) ∴ m(arc AC) + m(arc BC) = m(arc BC) + m(arc BD) [Arc addition property] ∴ m(arc AC) = m(arc BD) ∴ arc AC ≅ arc BDRead more on Sarthaks.com - https://www.sarthaks.com/851444/in-the-adjoining-figure-chord-ab-chord-cd-prove-that-arc-ac-arc-bd
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In the adjoining figure, chord AB ≅ chord CD. Prove that, arc AC = arc BD.Read more on Sarthaks.com - https://www.sarthaks.com/851444/in-the-adjoining-figure-chord-ab-chord-cd-prove-that-arc-ac-arc-bd
Step-by-step explanation:
Proof: chord AB ≅ chord CD [Given] ∴ arc AB ≅ arc CD [Corresponding arcs of congruents chords of a circle are congruent] ∴ m(arc AB) = m(arc CD) ∴ m(arc AC) + m(arc BC) = m(arc BC) + m(arc BD) [Arc addition property] ∴ m(arc AC) = m(arc BD) ∴ arc AC ≅ arc BDRead more on Sarthaks.com - https://www.sarthaks.com/851444/in-the-adjoining-figure-chord-ab-chord-cd-prove-that-arc-ac-arc-bd
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