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Omni-MATH / An integer n is said to be [i]good[/i] if |n| is not the square of an integer. Determine all integers m with the following property: m can be represented, in infinitely many ways, …

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An integer nn is said to be [i]good[/i] if |n||n| is not the square of an integer. Determine all integers mm with the following property: mm can be represented, in infinitely many ways, as a sum of three distinct good integers whose product is the square of an odd integer. [i]
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An integer n is said to be [i]good[/i] if |n| is not the square of an integer. Determine all integers m with the following property: m can be represented, in infinitely many ways, as a sum of three distinct good integers whose product is the square of an odd integer.

[i]
Original LaTeX notation
An integer $n$ is said to be [i]good[/i] if $|n|$ is not the square of an integer. Determine all integers $m$ with the following property: $m$ can be represented, in infinitely many ways, as a sum of three distinct good integers whose product is the square of an odd integer.

[i]

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