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Omni-MATH / In a sports league, each team uses a set of at most t signature colors. A set S of teams is[i] color-identifiable[/i] if one can assign each team in S one of their signature colors…
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problem
In a sports league, each team uses a set of at most signature colors. A set of teams is[i] color-identifiable[/i] if one can assign each team in one of their signature colors, such that no team in is assigned any signature color of a different team in .
For all positive integers and , determine the maximum integer such that: In any sports league with exactly distinct colors present over all teams, one can always find a color-identifiable set of size at least .
Plain-text mathematical notation (without MathML)
In a sports league, each team uses a set of at most t signature colors. A set S of teams is[i] color-identifiable[/i] if one can assign each team in S one of their signature colors, such that no team in S is assigned any signature color of a different team in S. For all positive integers n and t, determine the maximum integer g(n,t) such that: In any sports league with exactly n distinct colors present over all teams, one can always find a color-identifiable set of size at least g(n,t).
Original LaTeX notation
In a sports league, each team uses a set of at most $t$ signature colors. A set $S$ of teams is[i] color-identifiable[/i] if one can assign each team in $S$ one of their signature colors, such that no team in $S$ is assigned any signature color of a different team in $S$. For all positive integers $n$ and $t$, determine the maximum integer $g(n, t)$ such that: In any sports league with exactly $n$ distinct colors present over all teams, one can always find a color-identifiable set of size at least $g(n, t)$.
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