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Omni-MATH / Find the smallest positive real constant a, such that for any three points A,B,C on the unit circle, there exists an equilateral triangle PQR with side length a such that all of …
Problem
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problem
Find the smallest positive real constant , such that for any three points on the unit circle, there exists an equilateral triangle with side length such that all of lie on the interior or boundary of .
Plain-text mathematical notation (without MathML)
Find the smallest positive real constant a, such that for any three points A,B,C on the unit circle, there exists an equilateral triangle PQR with side length a such that all of A,B,C lie on the interior or boundary of △PQR.
Original LaTeX notation
Find the smallest positive real constant $a$, such that for any three points $A,B,C$ on the unit circle, there exists an equilateral triangle $PQR$ with side length $a$ such that all of $A,B,C$ lie on the interior or boundary of $\triangle PQR$.
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