Prove that the line segment joining the points of contact of 2 parallel tangents of a circle, passes through the center of the circle
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Hey mate!!
Let the center of the circle be O. Let there be two tangents T1 and T2 touching the circle at P and Q. Let T1 and T2 be parallel.
Join PO and OQ. We know PO ⊥ T1 and OQ ⊥ T2 (radius & tangent).
Hence, OQ ⊥ T1 (as T1 || T2).
Hence, PO || OQ . Both have common point O. Hence POQ is a single straight line.
hope this helps you.
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Let the center of the circle be O. Let there be two tangents T1 and T2 touching the circle at P and Q. Let T1 and T2 be parallel.
Join PO and OQ. We know PO ⊥ T1 and OQ ⊥ T2 (radius & tangent).
Hence, OQ ⊥ T1 (as T1 || T2).
Hence, PO || OQ . Both have common point O. Hence POQ is a single straight line.
hope this helps you.
please mark it as brainliest
Anonymous:
Thank you!!
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