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Omni-MATH / An integer n>1 is given . Find the smallest positive number m satisfying the following conditions: for any set {a,b} ⊂{1,2,⋯,2n−1} ,there are non-negative integers x,y ( not all ze…

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problem

An integer n>1n>1 is given . Find the smallest positive number mm satisfying the following conditions: for any set {a,b}\{a,b\} {1,2,,2n1}\subset \{1,2,\cdots,2n-1\} ,there are non-negative integers x,y x, y ( not all zero) such that 2n|ax+by2n|ax+by and x+ym.x+y\leq m.
Plain-text mathematical notation (without MathML)
An integer  n>1 is given .  Find the smallest positive number m satisfying the following conditions: for any set {a,b} ⊂{1,2,⋯,2n−1} ,there are non-negative integers   x,y  ( not all zero)  such  that   2n|ax+by and x+y≤m.
Original LaTeX notation
An integer  $n>1$ is given .  Find the smallest positive number $m$ satisfying the following conditions: for any set $\{a,b\}$ $\subset \{1,2,\cdots,2n-1\}$ ,there are non-negative integers   $ x, y$  ( not all zero)  such  that   $2n|ax+by$ and $x+y\leq m.$

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